All engines working together
Whole-plan scenario · all nine engines plus spending integrity
This model connects economic growth, resource conversion, investing, commercial-support returns, innovation income, reserves and fiscal discipline. The earlier grant-centered result below is a partial benchmark; it is not an assessment of the entire proposal.
Slow growth → Cap debt → Reduce debt
1. Slow debt growth
Bring annual growth in outstanding debt down as the engines mature. Debt may still rise in this phase.
2. Cap outstanding debt
Hold the dollar amount flat by covering spending and interest. This is a fiscal objective, not the statutory debt ceiling.
3. Reduce outstanding debt
Use a sustained cash surplus to retire principal. Investment valuations alone cannot meet this goal.
Illustrative timing: five years slowing, five years capped, then paydown. The durations and rates are editable below. The target phases do not force the actual debt line to follow them: progress depends on funded cash flows from the entire plan.
The default uses the proposal’s 3% real growth and 4% inflation, plus explicit tax, spending and refinancing assumptions. Resource expansion, distinct non-grant support and spending savings start at zero because their additional collectible amounts have not been established. Zero means unpriced, not that the engine has no potential. The illustrative package activates them with editable hypothetical amounts.
Three-stage debt objective
In the staged target, debt growth steps down from the baseline’s initial 6.60% annual rate toward the selected maximum, then becomes 0%, then negative. The cap equals debt at the end of the slowdown and stays fixed in nominal dollars. A requested slowdown maximum above the initial rate never raises it. Slowdown plus cap can occupy at most 29 years; increasing one duration shortens the other if needed, leaving at least one paydown year.
Illustrative package: $50B annual new federal resource receipts before deductions, $100B gross savings, $25B distinct existing commercial-support pool and $10B annual transition costs. These are sensitivity inputs chosen to test the mechanics, not research estimates or commitments. With 40% resource costs and 20% restoration, resource cash reaches $20B; with 20% savings costs, budget savings reach $80B.
Economic growth, inflation and federal cash flow
Comparison baseline: 5% nominal growth = 2.439% real and 2.5% inflation; revenue 18% of GDP and primary spending 20%. These are calibration assumptions retained around the earlier model’s 2% primary deficit, not a CBO 30-year forecast. The selected plan’s unstressed nominal growth is 7.12%. Spending follows all price changes and the selected share of additional real-output growth. Higher inflation also raises effective interest as debt reprices; productivity can raise real rates, tested with the rate-change control.
Resource conversion, savings and commercial-support income
Resource inputs are additional federal receipts after state/tribal shares and before the displayed costs, not the total value of oil or minerals underground. Existing $5.01B Treasury receipts remain in the baseline. Resource deductions cannot exceed 100%; changing one reduces the other if necessary. Flat nominal full-scale amounts are deliberately separate from GDP growth. Non-grant support reuses the disclosed grant-cohort screening and return assumptions as a placeholder; it must exclude grant recipients, repeated claims and new appropriations. It is not a valuation of real federal holdings.
Investments, strategic reserves and the debt objective
No borrowing seeds these portfolios. Total returns already include dividends, interest, rents and capital gains; no second income stream is added for those same holdings. Distributions require cash income or realizable asset sales. Costs, custody and reserve valuation are simplified; issuer-level caps, exits and liquidity still need implementation. The fixed 0.25% portfolio fee and 50/25/15/10 distribution split remain disclosed assumptions. Physical reserves are held at acquisition cost with no appreciation credited to debt.
Year-30 outstanding debt: $238.06T; baseline: $190.36T. Debt is 98.0% of plan GDP, versus 142.7% of baseline GDP. The portfolio retains $22.61B and reserves hold $3.57B at cost. Assets are not subtracted from outstanding debt. Treasury cash after any complete repayment is $0.00B.
The first-year additional fiscal requirement after all entered mechanisms is $371.64B; the remaining gap after the separately entered fiscal package is $371.64B. This number changes with the engines—it is not a fixed requirement derived from grants alone. The target line is conditional, not money automatically added to the plan.
Phase targets and funding gates
| Phase / years | Target annual growth | Debt at phase end | Largest annual funding gap | Largest debt shortfall | Funding gate |
|---|---|---|---|---|---|
| Slow debt growth Years 1–5 | 5.68% → 2.00% | $37.26T | $2.03T | $6.37T | Additional funding needed |
| Cap outstanding debt Years 6–10 | 0.00% | $37.26T | $3.07T | $25.09T | Additional funding needed |
| Reduce outstanding debt Years 11–30 | -1.00% | $30.47T | $3.53T | $207.58T | Additional funding needed |
A phase passes its end-of-phase gate only when modeled debt is at or below its target and operating costs are funded. If an earlier target was missed but the model catches up, the table says so; the earlier shortfall remains visible. Calendar dates alone do not pass a gate. Debt shortfall is a stock gap, not another annual expense; do not add it to the annual funding gap. Debt outstanding at year 30 is $207.58T above the selected target under the entered cash flows.
Where each engine appears
| Engine | Mechanism | Modeled result |
|---|---|---|
| AI productivity | Tax receipts on additional real output, less spending response. | $19.79T cumulative primary-budget effect |
| Congressional inflation objective | Prices affect taxes and spending together; refinancing affects interest below. | -$6.25T cumulative primary-budget effect |
| Independent Fed execution | Rate and refinancing assumptions; no money creation credited to the fund. | -$61.30T cumulative interest benefit / cost versus baseline |
| Responsible resource conversion | New federal receipts after other recipients’ shares; costs and restoration deducted. | $0.00B net cash; $0.00B protected restoration |
| Passive public-market investing | 70% of invested cash; 20% strategic assets and 10% global resource investments. | $13.96B total portfolio return after fees; $22.61B assets remaining |
| Limited returns on federal support | Grant cohorts plus separately entered, distinct existing non-grant commercial support. | $63.14B grants; $0.00B other support |
| National Innovation Dividend | 1% attributable sales within the same project cap and ten-year term. | $5.26B Treasury cash, counted once |
| Strategic reserve accumulation | Purchases from realized distributions; cost basis, no assumed windfall. | $3.57B reserves; unavailable for ordinary debt payments |
| Sovereign compounding & debt reduction | Reinvest only available cash; distribute from year 11. | $15.79B invested; $7.13B distributed |
| Spending integrity & subsidy reform | Additional savings less implementation costs, ramped over time. | $0.00B net budget benefit |
Purple dashed: matched baseline. Blue: all entered engines. Amber dotted: selected conditional target; the staged option slows, stays flat, then declines. Higher inflation may lower the debt/GDP ratio while increasing outstanding dollars of debt; the model shows both.
Additive fiscal bridge and annual accounts
| Thirty-year contribution | Amount |
|---|---|
| AI / real-output fiscal effect | $19.79T |
| Inflation / indexation fiscal effect | -$6.25T |
| Interest difference, including compounding | -$61.30T |
| Net spending-integrity savings | $0.00B |
| Transition costs | $0.00B |
| Additional fiscal package entered | $0.00B |
| Actual Treasury transfers | $56.19B |
| Total debt avoided plus change in Treasury cash | -$47.69T |
| Year / phase | GDP | Debt | Debt change | Effective interest | Treasury transfer | Portfolio | Unfunded target gap |
|---|---|---|---|---|---|---|---|
| 1 / slow | $33.06T | $33.00T | $2.12T | 4.80% | $0.00B | $0.00B | $371.64B |
| 2 / slow | $35.41T | $35.33T | $2.33T | 5.04% | $0.00B | $0.00B | $761.15B |
| 3 / slow | $37.93T | $37.87T | $2.54T | 5.23% | $0.20B | $0.06B | $1.17T |
| 4 / slow | $40.63T | $40.64T | $2.76T | 5.39% | $0.40B | $0.18B | $1.60T |
| 5 / slow | $43.53T | $43.63T | $2.99T | 5.51% | $0.61B | $0.38B | $2.03T |
| 6 / cap | $46.63T | $46.85T | $3.23T | 5.61% | $0.82B | $0.65B | $2.87T |
| 7 / cap | $49.95T | $50.33T | $3.47T | 5.69% | $1.04B | $1.00B | $2.93T |
| 8 / cap | $53.50T | $54.06T | $3.73T | 5.75% | $1.26B | $1.44B | $2.98T |
| 9 / cap | $57.31T | $58.06T | $4.00T | 5.80% | $1.49B | $1.98B | $3.03T |
| 10 / cap | $61.39T | $62.34T | $4.29T | 5.84% | $1.72B | $2.62B | $3.07T |
| 11 / reduce | $65.76T | $66.93T | $4.58T | 5.87% | $1.82B | $3.22B | $3.48T |
| 12 / reduce | $70.45T | $71.83T | $4.90T | 5.90% | $1.87B | $3.85B | $3.50T |
| 13 / reduce | $75.46T | $77.06T | $5.23T | 5.92% | $1.92B | $4.52B | $3.51T |
| 14 / reduce | $80.84T | $82.64T | $5.58T | 5.93% | $1.98B | $5.22B | $3.51T |
| 15 / reduce | $86.59T | $88.59T | $5.95T | 5.95% | $2.04B | $5.96B | $3.52T |
| 16 / reduce | $92.76T | $94.93T | $6.34T | 5.96% | $2.10B | $6.73B | $3.53T |
| 17 / reduce | $99.36T | $101.67T | $6.75T | 5.97% | $2.16B | $7.54B | $3.53T |
| 18 / reduce | $106.43T | $108.85T | $7.18T | 5.97% | $2.23B | $8.40B | $3.53T |
| 19 / reduce | $114.01T | $116.49T | $7.63T | 5.98% | $2.29B | $9.30B | $3.52T |
| 20 / reduce | $122.13T | $124.60T | $8.11T | 5.98% | $2.36B | $10.24B | $3.52T |
| 21 / reduce | $130.83T | $133.21T | $8.61T | 5.99% | $2.43B | $11.23B | $3.51T |
| 22 / reduce | $140.14T | $142.36T | $9.14T | 5.99% | $2.51B | $12.27B | $3.50T |
| 23 / reduce | $150.12T | $152.06T | $9.70T | 5.99% | $2.58B | $13.36B | $3.48T |
| 24 / reduce | $160.81T | $162.34T | $10.29T | 5.99% | $2.66B | $14.51B | $3.46T |
| 25 / reduce | $172.26T | $173.24T | $10.90T | 5.99% | $2.74B | $15.71B | $3.43T |
| 26 / reduce | $184.52T | $184.79T | $11.55T | 6.00% | $2.82B | $16.96B | $3.40T |
| 27 / reduce | $197.66T | $197.01T | $12.22T | 6.00% | $2.90B | $18.28B | $3.36T |
| 28 / reduce | $211.73T | $209.94T | $12.93T | 6.00% | $2.99B | $19.66B | $3.31T |
| 29 / reduce | $226.81T | $223.61T | $13.67T | 6.00% | $3.08B | $21.10B | $3.26T |
| 30 / reduce | $242.96T | $238.06T | $14.45T | 6.00% | $3.17B | $22.61B | $3.19T |
Evidence, assumptions and remaining gaps
- The default debt target follows three phases, with editable illustrative timing. It is not a forecast or an automatic debt-limit enforcement mechanism. Changing target dates or rates never creates revenue, changes portfolio flows or repays principal; the actual debt path remains calculated from the entered engines and costs. The constant-rate option retains the earlier comparison.
- The proposal’s nine mechanisms now appear in one model. No empirical evidence establishes their combined outcome. Long-run growth, tax capture, spending response, interest-rate pass-through, transition costs and investment returns are sensitivities. The model is not a macroeconomic forecast or an empirical 30-year backtest. CBO’s 2026 outlook explains that growth, prices and interest affect both revenue and spending; it does not score this proposal.
- Interior’s FY2025 report describes existing energy receipts and multiple recipients. Those receipts are not new fund income. Additional projects need lawful permitting, viable economics, funded restoration, ownership rules and cash-flow estimates before replacing the resource placeholders.
- GAO’s FY2025 improper-payment report is evidence of payment problems, not a collectible revenue forecast. The savings control combines only independently identified, nonoverlapping net reductions from program sunsets, administration and payment integrity. Do not enter the GAO total as automatically recoverable savings.
- Grant and patent receipts retain the existing profitability hurdle, screening assumptions, distinct-company adjustment, shared 2× payment cap and ten-year window. The optional non-grant support pool is disjoint existing budget support, using the same placeholder cohort economics; it does not create new appropriations or unbounded claims on every federal patent. Operating costs assume a separate $0.50B annual offset. Without that offset the collections program cannot launch.
- Resource restoration is ring-fenced and excluded from investable cash. Savings and tax effects go directly to the fiscal budget. Patent receipts go once to Treasury. Other collections are split between Treasury and investments. Reserve purchases consume distributions. Existing gold, emergency petroleum inventories, refundable environmental bonds and federal-to-federal asset transfers create no assumed new consolidated wealth.
- Flat full-scale resource/savings amounts, fixed portfolio weights, simplified annual refinancing and a constant revenue share omit many distributional, legal and market effects. A deployable policy needs project-level resource and support valuations, a scored spending package, portfolio liquidity/custody costs, macroeconomic analysis and legal authority. The modeled investment assets are claims outside the federal government. After debt reaches zero, further surpluses accumulate as Treasury cash earning the same effective interest-rate proxy; this is a simplifying assumption, not a forecast of cash-management returns. The earlier results below remain partial benchmarks with their original assumptions.
Grant-centered debt benchmark
Partial benchmark. This earlier model isolates grant and generic cash income. Its funding requirement is not the whole-plan result. Use the integrated engine model above for productivity, resources, savings, investment portfolios and interest feedback.
Corrected financing objective · outstanding debt comes first
The previous $3.03T result was a net-asset improvement from a borrowing-funded investment scenario. It was not $3.03T of debt repaid. That financing strategy is now a comparison, not the leading plan.
No added program borrowing
No $145B annual borrowed capitalization. Existing resource receipts stay in the budget. Assets and unrealized gains do not count as debt repayment.
Cash goes to Treasury first
By default, 75% of net grant recoveries and additional net income go directly to Treasury; 25% may seed the fund. Patent proceeds go entirely to Treasury within the shared grant cap.
Show the fiscal gap
Slower growth, stopping growth and paying down outstanding debt are different goals. Each needs enough actual cash or budget improvement to cover the remaining deficit and interest.
What it takes to change the debt path
The starting debt is $30.871T, using the existing model’s end-2025 public-debt anchor. At the selected interest and GDP rates and a baseline primary deficit of 2% of GDP, the first-year requirements are:
| Debt goal | Required improvement | Share of GDP |
|---|---|---|
| Limit debt growth to 2% | $1.42T | 4.38% |
| Stop debt growth | $2.04T | 6.29% |
| Reduce debt by 1% | $2.35T | 7.24% |
A sovereign fund cannot substitute for this fiscal adjustment. It can contribute cash, but the annual deficit and interest bill determine whether outstanding debt rises or falls. These figures solve the model’s budget equation; they are not CBO scores of a spending or tax package. CBO’s February 2026 outlook separately explains the role of primary deficits and interest in debt accumulation.
Cash-funded debt-reduction model
Enter only additional net cash or recurring budget improvements. Defaults assume no unverified new revenue and no broad fiscal package. The target line is conditional on funding its displayed gap.
Debt at year 30: $190.27T, versus $190.36T without the changes. It still exceeds the starting debt. Treasury receives $56.28B over the period; interest savings explain part of the avoided debt. The separately accumulated $23.38B portfolio is not deducted from these debt figures.
A -1.0% annual debt-change target ends at $22.84T. In year 1 it requires $2.35T of additional budget improvement (7.24% of GDP), after modeled Treasury transfers. You entered $0.00B; the remaining first-year gap is $2.35T. The chart does not silently add that missing money.
Dashed purple: baseline. Blue: debt under entered funding. Dotted amber: target requiring the additional fiscal package. All lines show outstanding debt without subtracting investment assets.
See debt, payments and the funding requirement each year
| Year | Debt outstanding | Treasury cash | Annual debt change | Target debt | Total fiscal improvement needed for target |
|---|---|---|---|---|---|
| 1 | $32.91T | $0.00B | $2.04T | $30.56T | $2.35T |
| 2 | $35.07T | $0.00B | $2.16T | $30.26T | $2.36T |
| 3 | $37.36T | $0.20B | $2.29T | $29.95T | $2.38T |
| 4 | $39.79T | $0.40B | $2.43T | $29.65T | $2.40T |
| 5 | $42.37T | $0.61B | $2.58T | $29.36T | $2.42T |
| 6 | $45.10T | $0.82B | $2.73T | $29.06T | $2.44T |
| 7 | $48.00T | $1.04B | $2.90T | $28.77T | $2.47T |
| 8 | $51.07T | $1.26B | $3.07T | $28.49T | $2.49T |
| 9 | $54.33T | $1.49B | $3.25T | $28.20T | $2.52T |
| 10 | $57.77T | $1.72B | $3.45T | $27.92T | $2.55T |
| 11 | $61.43T | $1.82B | $3.65T | $27.64T | $2.59T |
| 12 | $65.30T | $1.87B | $3.87T | $27.36T | $2.63T |
| 13 | $69.40T | $1.93B | $4.10T | $27.09T | $2.67T |
| 14 | $73.74T | $1.98B | $4.34T | $26.82T | $2.71T |
| 15 | $78.34T | $2.04B | $4.60T | $26.55T | $2.76T |
| 16 | $83.21T | $2.10B | $4.87T | $26.29T | $2.81T |
| 17 | $88.37T | $2.17B | $5.16T | $26.02T | $2.86T |
| 18 | $93.83T | $2.23B | $5.46T | $25.76T | $2.91T |
| 19 | $99.61T | $2.30B | $5.78T | $25.50T | $2.97T |
| 20 | $105.73T | $2.37B | $6.12T | $25.25T | $3.04T |
| 21 | $112.20T | $2.44B | $6.47T | $25.00T | $3.11T |
| 22 | $119.05T | $2.51B | $6.85T | $24.75T | $3.18T |
| 23 | $126.30T | $2.59B | $7.25T | $24.50T | $3.25T |
| 24 | $133.98T | $2.66B | $7.67T | $24.25T | $3.34T |
| 25 | $142.09T | $2.74B | $8.12T | $24.01T | $3.42T |
| 26 | $150.68T | $2.83B | $8.59T | $23.77T | $3.51T |
| 27 | $159.76T | $2.91B | $9.08T | $23.53T | $3.61T |
| 28 | $169.37T | $3.00B | $9.61T | $23.30T | $3.71T |
| 29 | $179.52T | $3.09B | $10.16T | $23.07T | $3.82T |
| 30 | $190.27T | $3.18B | $10.74T | $22.84T | $3.93T |
Funding rules and limits of this correction
- Debt equals prior debt plus interest and the common primary deficit, minus additional recurring fiscal improvement and actual Treasury transfers. Once repaid, further cash is retained; debt outstanding never becomes negative. Surplus cash earns the same interest proxy. Existing national grants are already in the common budget and are not charged again.
- The fiscal-improvement control means additional spending reductions or net revenue, after implementation costs. It is not a named or scored policy package. Do not count the same money as both fiscal improvement and additional fund income. Neither anti-fraud estimates, asset sales, AI productivity nor higher inflation are automatically booked as spendable cash. GDP growth does not by itself establish new net tax receipts.
- Grant screening, successful-company share, profit thresholds, fixed 6% conditional payment, patent attribution, shared 2× disbursement cap and ten-year deadline use the existing central cohort assumptions. These are not measured future collections. No retrospective claim is imposed. Additional income is genuinely new cash after extraction, collection, restoration and other costs; existing $5.01B Treasury resource receipts remain in the baseline budget.
- Launching the collections program assumes a $0.50B annual operating cost matched by a separately legislated $0.50B annual budget offset. This offset is an explicit requirement, not an identified saving. Without that match, the model’s collection program does not launch; costs and recoveries stay off the books. No operating shortfall is borrowed.
- Only net cash can seed investments. The selected share excludes patent proceeds, which go directly to Treasury. Opening assets earn a 7% gross-return assumption less a 0.25% fee; new deposits arrive at year end. Starting in year 11, a 3% annual distribution retains the existing 50/25/15/10 debt/metals/energy/materials rule and $100B/$75B/$50B reserve targets; overflow goes to debt. Reserve purchases are funded within that distribution. Distributions require dividends or asset sales at the modeled values; liquidity and sale prices are assumptions. No asset revaluation by itself is counted as debt repayment.
- This prospective debt-first financing alternative supersedes the borrowing-led case as the leading model. It does not prove legal feasibility, realizable revenue, macroeconomic feedback, issuer-level ownership compliance or a sustainable distribution rate. The existing 1996–2025 benchmark remains a separate historical-input exercise, not an empirical backtest of this new fiscal rule.
Earlier borrowing-funded comparison
Earlier financing case — retained for comparison. This scenario borrows to invest. Its $3.03T net financial improvement is not debt repayment. The debt-first model above is the corrected leading approach.
National scale · annual cohorts · 30-year integrated cash flow
It is a three-grant contract demonstration farther down this page. This model starts with the entire federal grant universe, screens a business-recipient pool, then combines conditional recoveries with national investments, resource receipts, restoration, strategic reserves, financing and debt.
Start with the real grant universe
All recipients. Obligations are commitments, not cash paid.
USAspending’s category_business filter. This is not verified eligibility under this proposal.
50.0% passes commercial/revenue screening × 80% cash conversion × 60% distinct first-award accounts. All three factors are assumptions.
Treasury reports approximately $1.2T of FY2025 grant/cooperative-agreement obligations. Our USAspending API snapshot returns $1,244.87B in Grant_Obligations, including $32.8565B under category_business. Query: fiscal year October 1, 2024–September 30, 2025; award types 02/03/04/05; transaction-level spending_over_time. Amounts may change with revisions. No cash-outlay total was returned.
State, local, nonprofit and other noncommercial funding stays in the national grant budget without invented financial returns. Business classification alone does not prove commercial purpose or annual gross revenue of at least $100,000. Repeat-award funding is excluded from recoveries here; a company’s ten-year clock cannot reset with another grant. No historical entitlement to returns is assumed: new contracts would require new authority.
Model the entire plan
Money is displayed in billions (B) and trillions (T). Defaults are declared scenarios, not official forecasts. Year 0 uses end-2025 public debt of $30.871T and calendar-year GDP of $30.861T; “year 30” is a relative scenario horizon.
140.4% net debt/GDP with the plan versus 142.7% net debt/GDP without it. Debt before consolidating the fund is $195.68T (146.7% of GDP); financial assets do not automatically repay that debt. Under these assumptions the assets exceed the additional financing burden. Debt still rises; this scenario does not eliminate it.
Chart key: dashed purple = no-fund net debt; amber = debt before fund consolidation; blue = plan net debt after financial assets.
Where the money goes over 30 years
| Channel | Amount | Treatment |
|---|---|---|
| Entire federal grant universe | $54.65T | Obligation scale grows 2.5% per year; existing budget, not a second fund expense. |
| Screened eligible grant disbursements | $346.20B | Subset of existing grants. Commercial and revenue screen, cash conversion and distinct-company factors apply. |
| Conditional grant receipts | $63.14B | Only profitable successful cohorts; credited to the investment fund. |
| Patent innovation dividend | $5.26B | 1% of attributable sales for assumed patent-bearing share; direct to Treasury, counted inside the shared cap. |
| New capitalization | $4.35T | Explicit additional borrowing, including any operating-cost shortfall. |
| Diverted existing resource receipts | $219.95B | Starts at Treasury’s FY2025 $5.01B share; adds financing needs. |
| Additional resource receipts | $0.00B | Assumed genuinely new receipts net of extraction/collection costs; default zero. |
| Investment gains before fees | $7.11T | Assumed portfolio return; can be negative. |
| Portfolio fees | $271.72B | 0.25% annually after market returns. |
| Operating administration | $15.00B | $0.50B per year; a placeholder, not a cost estimate. |
| Ring-fenced restoration | $22.00B | 10% of resource receipts; treated as committed spending, excluded from liquid assets. |
| Strategic reserves at year 30 | $225.00B | Acquisition-cost stock; excluded from financial debt offsets. |
| Transfers to Treasury | $2.87T | Includes patent proceeds once; reduces financing needs. |
| Interest on incremental debt | $3.62T | Includes the interest benefit of earlier Treasury transfers. |
| Financial portfolio at year 30 | $8.35T | 60% external assets, 40% U.S. Treasury claims; internal claims cancel against debt. |
The eligible grants produce $68.41B in cumulative direct recoveries against $346.20B in disbursements. That is not an investment return or a mature-cohort recovery rate: recent cohorts have not finished their ten-year term. Broader public benefits are not monetized.
Compare low, central, high and stress outcomes
| Case | Portfolio | Additional debt | Net improvement | Net debt/GDP |
|---|---|---|---|---|
| Low | $5.15T | $6.55T | -$1.40T | 143.8% |
| Central | $8.35T | $5.32T | $3.03T | 140.4% |
| High | $11.90T | $4.09T | $7.81T | 136.9% |
| Selected assumptions | $8.35T | $5.32T | $3.03T | 140.4% |
| Market / profit downturn | $7.35T | $5.98T | $1.37T | 141.7% |
| Profitability delayed 3 years | $8.31T | $5.34T | $2.96T | 140.5% |
| Zero gross return, first decade | $7.22T | $6.07T | $1.16T | 141.9% |
Low / central / high: eligible business shares 25% / 50% / 75%; funded-amount success shares 25% / 50% / 70%; first profit years 5 / 3 / 2; gross portfolio returns 4% / 7% / 9%. These are sensitivity cases, not probabilities or statistically estimated medians. Downturn: portfolio returns −25%, −10%, 0% in years 5–7 and half grant profits; GDP and interest stay at the selected assumptions.
Inspect national model assumptions and accounting
- Grants: annual national and business pools grow 2.5%; 80% cash conversion and 60% first-award-account factors are unmeasured. Each annual cohort comprises distinct new companies. Repeat recipients generate no modeled recoveries; there is no restarted term. Profitable amounts earn 15% project profit relative to funding, must exceed a 10% profit hurdle, and pay no more than available profit. Unsuccessful companies pay zero. No principal balloon or arrears is assumed.
- Grant receipts and patent payments together cannot exceed 2× disbursed support to successful accounts, within ten years of their first award. Patent-bearing projects are assumed to be 25% of successful funding with attributable annual sales 2× funding; their 1% sales payment consumes the shared cap and profit capacity first. These sales/profit parameters require real recipient evidence. Patent and grant payments are never counted twice.
- Resources: the existing $5.01B Treasury share is a budget diversion, not new wealth; national gross distributions of $14.61B are not all available to this fund. Resource cash grows 2.5% annually. The extra-resource control is net of production costs, before the modeled restoration set-aside. Interior / ONRR FY2025 distributions.
- Portfolio: starting assets are zero. Each year’s opening balance earns the selected blended return, then incurs the fee. New inflows arrive at year end and do not earn that year’s return. Costs are paid once. From year 11, 3% of the resulting balance is distributed: 50% to debt, 25% to metals, 15% to energy and 10% to materials. Assumed incremental reserve targets are $100B / $75B / $50B at acquisition cost; any target overflow goes to debt. No reserve price gains are booked.
- Debt: the no-fund path equals prior debt × (1 + interest) + primary deficit share × current GDP. A negative primary deficit is a surplus. When debt is fully repaid, further surpluses accumulate as Treasury cash, earning the same selected interest proxy. Debt outstanding is floored at zero; a negative net-debt ratio means net financial assets. The no-fund line also nets any surplus cash. The plan adds capitalization, displaced existing receipts and any cost shortfall, then subtracts Treasury transfers, with interest on prior additional debt. Existing grants already sit within the common fiscal baseline; they are not charged again. Debt growth is an outcome, not an imposed 1% or 2% assumption. Financing rate is an effective annual proxy, not an actual issuance schedule.
- Consolidation: 40% of the portfolio is assumed to be U.S. Treasuries. Those internal claims ($3.34T at year 30) offset debt; the remaining external financial assets are $5.01T. Net debt equals pre-consolidation debt minus the total fund and any surplus Treasury cash once. This is a modeled consolidated financial position, not an official Treasury debt statistic. Restoration and physical reserves are not subtracted again. Selling assets at modeled values is not guaranteed.
- Limits: this models the plan’s financial channels, not an independently costed legislative package. Issuer-level implementation of the 5% ownership cap, nonvoting rights, ten-year exits and five-year cooling-off remains unverified; the 0.25% fee does not establish its cost. Infrastructure and global resource investments are represented only by the blended portfolio assumption. AI productivity, anti-fraud savings, taxation and wider economic benefits have no separately invented revenue. GDP and fiscal improvements must be entered explicitly; 7.12% nominal growth reproduces the earlier 3% real + 4% price-growth assumption.
Inspect all 30 national cash-flow years
| Year | Eligible grants | Grant + patent receipts | Portfolio | Before consolidation | Net debt/GDP |
|---|---|---|---|---|---|
| 1 | $7.89B | $0.00B | $149.01B | $33.06T | 101.6% |
| 2 | $8.08B | $0.00B | $308.16B | $35.38T | 103.1% |
| 3 | $8.28B | $0.26B | $478.38B | $37.83T | 104.6% |
| 4 | $8.49B | $0.52B | $660.43B | $40.44T | 106.0% |
| 5 | $8.70B | $0.79B | $855.09B | $43.19T | 107.5% |
| 6 | $8.92B | $1.06B | $1.06T | $46.12T | 108.9% |
| 7 | $9.14B | $1.35B | $1.29T | $49.21T | 110.4% |
| 8 | $9.37B | $1.64B | $1.52T | $52.49T | 111.8% |
| 9 | $9.61B | $1.93B | $1.78T | $55.96T | 113.2% |
| 10 | $9.85B | $2.24B | $2.05T | $59.63T | 114.5% |
| 11 | $10.09B | $2.29B | $2.27T | $63.49T | 116.0% |
| 12 | $10.35B | $2.35B | $2.50T | $67.57T | 117.4% |
| 13 | $10.61B | $2.41B | $2.73T | $71.88T | 118.8% |
| 14 | $10.87B | $2.47B | $2.98T | $76.44T | 120.2% |
| 15 | $11.14B | $2.53B | $3.23T | $81.26T | 121.6% |
| 16 | $11.42B | $2.60B | $3.50T | $86.33T | 123.0% |
| 17 | $11.71B | $2.66B | $3.77T | $91.66T | 124.3% |
| 18 | $12.00B | $2.73B | $4.05T | $97.30T | 125.6% |
| 19 | $12.30B | $2.80B | $4.34T | $103.26T | 126.8% |
| 20 | $12.61B | $2.87B | $4.65T | $109.55T | 128.1% |
| 21 | $12.92B | $2.94B | $4.96T | $116.20T | 129.4% |
| 22 | $13.24B | $3.01B | $5.29T | $123.22T | 130.6% |
| 23 | $13.58B | $3.09B | $5.62T | $130.64T | 131.9% |
| 24 | $13.91B | $3.16B | $5.97T | $138.48T | 133.1% |
| 25 | $14.26B | $3.24B | $6.33T | $146.76T | 134.4% |
| 26 | $14.62B | $3.32B | $6.71T | $155.51T | 135.6% |
| 27 | $14.98B | $3.41B | $7.10T | $164.74T | 136.8% |
| 28 | $15.36B | $3.49B | $7.50T | $174.50T | 138.0% |
| 29 | $15.74B | $3.58B | $7.92T | $184.80T | 139.2% |
| 30 | $16.14B | $3.67B | $8.35T | $195.68T | 140.4% |
The same national rules against 30 years of history
Using 1996–2025 stock/Treasury returns, inflation, bill-rate financing proxies and observed GDP/debt, the selected grant/funding rules produce a $4.64T portfolio and $1.59T additional debt: $3.06T net financial improvement. These are counterfactual results, not observed recoveries. Current fiscal controls and forward market stresses do not override historical observations.
Annual grant pools, capitalization, administration and resource receipts are scaled to each historical year’s GDP relative to 2025; reserve targets are scaled to 1995 GDP and then held fixed nominally. This deliberately tests the national policy’s scale against historical markets—it does not claim that the 2025 grant mix, business eligibility, company profits or resource revenues existed throughout 1996–2025. Published forward inflation assumptions are replaced by historical CPI. Data revisions, hindsight, index selection and issuer-cap limitations remain. See the sourced historical benchmark and methodology below.
The fiscal problem
The fiscal problem concerns both the debt stock and the economy supporting it. If debt grows faster than nominal GDP, debt/GDP rises. If GDP grows faster for a sustained period, the ratio can fall while the nominal amount of debt still increases. A national investment portfolio adds an asset side to the analysis; it does not erase the liability side.
CBO’s projected debt held by the public/GDP in 2026 and 2036. These are dated baseline projections, not today’s measured ratio. [1]
Both charts normalize the starting ratio to 100%. Their liability measure is debt held by the public, before deducting SSWF assets. “Gross” in these charts means gross of those assets; it is not Treasury’s broader total federal debt measure, which also includes intragovernmental holdings. [2]
Core assumptions
Every number below is an illustrative assumption or proposed objective unless explicitly attributed to a federal source. No agency has endorsed this package or validated its revenue potential.
| Lever | Illustrative scenario |
|---|---|
| Real GDP growth | 2.5%–3.5% annually; central case 3.0% |
| Proposed congressional inflation target | 4.0% over the long run; not current Fed policy |
| Nominal GDP growth | 6.60%–7.64%; central case 7.12% |
| Debt-growth objective | Materially below nominal GDP growth, after interest and all net financing needs |
| Chart A debt growth | 2.0% nominal annually, imposed as a constraint requiring fiscal adjustment |
| Chart B debt growth | 1.0% nominal annually; a separate, more demanding accelerated case |
| Chart B qualifying assets | Assumed financial assets rise from 0% to 20% of GDP by year 30 |
| Initial capitalization illustration | $100B–$200B annually; $150B central example, not established revenue |
| Long-run return benchmark | Inflation + 3 percentage points; approximately 7% nominal at 4% inflation |
| Fiscal objective | Move toward primary balance and make any further adjustment needed for the selected debt path |
Nominal GDP growth, calculated.
Nominal GDP growth, calculated.
Nominal GDP growth, calculated.
The GDP identity uses GDP-price inflation. The current Fed objective uses PCE inflation, a different price measure. These scenarios assume both equal 4% for illustration; legislation would have to specify the target index, horizon and review process.
Chart A · gross debt/GDP
Chart A — gross debt/GDP
Illustrative scenario — not a forecast. At 3% real growth and 4% GDP-price inflation, nominal GDP grows 7.12%. Imposing 2% nominal debt growth produces approximately 100% → 61% → 38% → 23% over 30 years. The calculator retains the lower and higher real-growth cases.
Gross debt held by the public / GDP (%) · before asset deductions · years after the normalized starting point
Central case at year 30: 23.0% of GDP. This result requires debt growth to remain below nominal GDP growth.
| Year | 2.5% real | 3.0% real | 3.5% real |
|---|---|---|---|
| Start | 100.0% | 100.0% | 100.0% |
| 10 | 64.3% | 61.3% | 58.4% |
| 20 | 41.4% | 37.5% | 34.1% |
| 30 | 26.6% | 23.0% | 19.9% |
Controls change Chart A and its table only. The article and central summary retain the 4% inflation / 2% debt-growth assumptions. Chart B is a separate 1% debt-growth case. With JavaScript disabled, this table shows the original assumptions.
The 2% debt-growth input is a constraint, not an outcome generated by the SSWF. It requires a budget that accounts for interest, spending, revenue and capitalization. Primary balance alone may be insufficient. At 2% debt growth, the nominal debt amount is about 81% larger after 30 years even though the ratio declines.
The September 27 simulation results test the earlier resource-fund model: an integrated primary-balance case reached 82.7%, rather than the imposed 23% path, at year 30. Those historical simulations do not evaluate the expanded SSWF or its new grant, patent and reserve mechanisms.
Chart B · gross, assets & net
Chart B — gross versus net federal financial debt
A separate accelerated illustration. This case imposes 1% nominal debt growth, retains 3% real growth and 4% inflation, and stipulates qualifying SSWF financial assets rising to 20% of GDP by year 30. It does not use Chart A’s 2% debt-growth input.
Accelerated illustrative case · not a forecast
All three measures use the same modeled GDP · physical reserves are excluded
Year 30: 17.1% gross − 20.0% qualifying assets = -2.9% net. The negative net measure represents a modeled financial-asset surplus; gross Treasury liabilities remain.
| Year | Gross debt/GDP | Qualifying SSWF assets/GDP | Net financial debt/GDP |
|---|---|---|---|
| Start | 100.0% | 0.0% | 100.0% |
| 5 | 74.5% | 2.0% | 72.5% |
| 10 | 55.5% | 5.0% | 50.5% |
| 15 | 41.4% | 8.0% | 33.4% |
| 20 | 30.8% | 12.0% | 18.8% |
| 25 | 23.0% | 16.0% | 7.0% |
| 30 | 17.1% | 20.0% | -2.9% |
The year control changes the dashboard cards and vertical chart marker only. Chart A’s controls do not change this separate case. With JavaScript disabled, the dashboard shows year 30 and the table remains readable.
Negative net debt means those qualifying assets exceed the modeled publicly held debt amount. Treasury securities still exist. The dashboard always shows gross liabilities, qualifying assets and the net measure together.
Here, qualifying assets are unencumbered financial claims on parties outside the consolidated federal government, net of any SSWF borrowing or associated financial liabilities. The chart excludes physical strategic reserves, natural capital, unextracted minerals and funds pledged to restoration obligations. Treasury securities held by the SSWF cannot be counted as an additional external national asset.
The asset path is assumed, not financed by this chart. Its five-year asset/GDP waypoints are 0%, 2%, 5%, 8%, 12%, 16% and 20%, with linear interpolation between them. No claim is made that $150B of annual receipts or a 7% return achieves that path. The new ownership caps, mandatory exits and capped project returns have not been modeled into these assumed assets. An integrated budget would have to fund the assets while meeting the stronger 1% liability-growth constraint; distributions are not subtracted a second time.
AI & productivity
The scenario assumes AI, automation, robotics, advanced computing and capital investment raise real output per worker sufficiently to support sustained 2.5%–3.5% real GDP growth. CBO’s February 2026 baseline averages 1.8% real growth over 2027–2036, so this is a materially stronger scenario, not a conventional baseline. [1]
Across the productive economy
Manufacturing, healthcare, logistics, mining, energy, engineering, software and scientific research could gain from validated automation, better decisions and faster discovery.
Across federal operations
Federal administration, defense logistics, procurement, fraud detection, tax administration and benefits processing could improve with sound data, security, human accountability and due process.
Manufacturing investment, reshoring, entrepreneurship and innovation could strengthen output. Their size and timing remain uncertain. The plan must also be evaluated under slower growth and recession; it does not book an economic boom or a change of administration as guaranteed debt reduction.
Productivity can rise while some jobs disappear. Broad prosperity is not automatic. Workforce transition, retraining, new occupations, entrepreneurship, potentially shorter average workweeks and changes in labor-force participation matter. A shift of income from labor toward capital could also change the tax base. Implementation costs, energy demand and unequal access may reduce or redistribute gains.
Congress sets the target
The Fed chooses the monetary route.
Proposed Federal Reserve Act reform: Congress establishes the numerical long-run inflation target; the Federal Reserve retains operational independence to pursue it.
2% remains the FOMC goal
Section 2A directs the Fed to pursue maximum employment, stable prices and moderate long-term interest rates. It does not write a numerical inflation target into that mandate. The FOMC’s framework specifies 2% PCE inflation; its September 16, 2026 statement continues to name a 2% goal. [3] [4] [12]
4% long-run target
Congress would amend the Act to establish a numerical long-run objective. This model proposes 4%. Statutory design would address the price index, transition, reporting, review rules and the relationship to employment and price stability.
Congress does not vote on interest rates meeting by meeting
The Fed would continue to choose the federal-funds target range, the timing of rate adjustments, open-market operations, reserve implementation, liquidity operations and balance-sheet operations authorized by law. It would retain discretion over the monetary response to inflation and employment conditions within its statutory mandate.
Higher inflation is not free debt reduction
In the model, higher inflation raises nominal GDP and the nominal tax base, reduces the real burden of legacy fixed-rate nominal debt, and may raise nominal resource receipts. But Treasury yields can rise, refinancing can increase interest expense, indexed federal spending can increase, wages and contracts can reprice, and purchasing power erodes faster when household income does not keep up. Expectations may become unstable if the change is viewed as fiscal dominance.
The model only works if nominal GDP grows faster than federal debt after accounting for higher interest costs. Raising the target also creates transition and credibility risks; a statutory number does not guarantee that inflation will settle at that number.
The SSWF architecture
United States Super Sovereign Wealth Fund
The SSWF would be the central national asset-building institution. Congress would establish its capitalization, investment mandate, ownership rules, legal accounts, distribution limits and oversight. The National Resource Fund would become one part of this umbrella, alongside public markets, innovation and strategic assets.
Public Markets Fund
Diversified passive investment across eligible public companies, subject to the 5% aggregate company cap, no-control rules, ownership sunset and company elections.
National Resource Fund
Qualifying net resource royalties, leases and resource interests; one portfolio within the broader SSWF.
Innovation & Grant Fund
Capped, temporary project-linked returns from commercial grants to businesses grossing at least $100,000 annually and covered federal business investments. Nonvoting equity is optional within the same protections.
Strategic Assets Fund
Eligible infrastructure, resource and productive assets; investments in private operating companies follow the same ownership cap and no-control rules.
Precious Metals Reserve Fund
Physical gold, silver and appropriate platinum-group metals, plus qualifying financial holdings under statutory rules.
Petroleum & Energy Reserve Fund
Strategic petroleum and energy-resilience holdings, legally separate where appropriate from the existing SPR.
Strategic Materials Reserve
Critical minerals and materials selected for economic or national-security resilience, with material-specific targets.
Natural Capital Restoration Reserve
Ring-fenced restoration, replanting and legacy remediation; protected commitments rather than freely spendable investment capital.
Each portfolio would have separate legal accounts, custody records, liabilities, valuation rules and permitted uses. Public reporting would reconcile them into a consolidated statement without counting the same asset, receipt or obligation twice. Commercial investment returns, emergency readiness and ecological restoration require different performance measures.
Broad-market ownership
The Public Markets Fund would invest broadly through neutral, rules-based methods such as market-cap weighting or index-style accounts. Eligibility would reflect law, risk limits, company elections and the ownership cap, no-control rules and exit schedule. A permanent fund does not require permanent ownership of any one company.
SSWF Ownership Exclusion Election
A public company could opt out of direct SSWF equity ownership. The election would stop new direct purchases and start orderly divestment within 90 days. Reentry would require a new company election and compliance with the ownership clock and cooling-off period; it could not reset them.
The election alone would not alter tax treatment, regulatory treatment or eligibility for federal contracts. A commercial grant recipient could select a project-linked payment agreement instead of equity, without a penalty for that choice.
The election would not erase generally applicable taxes or a limited payment obligation already accepted for a funded project. Aggregate economic exposure would include look-through pooled holdings, warrants and controlled vehicles. Pooled managers could not receive SSWF instructions to control a portfolio company, and indirect holdings could not circumvent company exclusions, caps or mandatory exits. A vehicle unable to comply would be ineligible.
Caps, exclusions and scheduled exits can produce tracking error, transaction costs and foregone returns. The Fund would report those costs; it would not claim to replicate every company in an index or guarantee an unchanged investment return.
Investment governance
Independent stewardship
- Independent governing board with staggered appointments.
- Professional managers with fiduciary obligations.
- Independent custody, external audit and inspector-general oversight.
- Public reporting of holdings, fees, risks, project terms and approaching exit dates, with protected trade secrets.
- Separate regulators, funding decisions and investment managers.
Rules managers cannot waive
- No company voting, board appointments or management control.
- Aggregate ownership, term and payment limits written into statute and funding agreements.
- No partisan investment direction, retaliation or special treatment for political connections.
- Pre-trade compliance checks and independently enforceable remedies.
- Public breach reporting and a mandatory suspension process.
Congress would set the mandate; professional managers would act only within the statutory limits. No executive order, emergency designation, agency rule or contract amendment could waive these safeguards under the proposed authorizing law.
The voluntary Santiago Principles provide a governance reference for sovereign funds; they are not a substitute for enforceable domestic law. These proposed caps and remedies would be additional binding requirements. [18]
No ordinary statute can prevent a future Congress from changing it, and institutional independence cannot eliminate misconduct. Disclosure, independent oversight, access to courts and an actual exit obligation matter more than an assurance that officials will behave well.
Private control & a kill switch
These are proposed design limits for legislation, not existing law or terms endorsed by a candidate. The Fund would have no authority to take over a private operating company.
Maximum aggregate economic interest. No company voting rights may be exercised or directed.
End the position, followed by five years without renewed company exposure.
Total public receipts stop at twice the covered funding actually disbursed, or after ten years, whichever comes first.
No route to government control
- One aggregate cap. Count SSWF holdings and related federal investment programs together, including subfunds, agencies, controlled entities, warrants, convertible rights and look-through pooled interests. The 5% test applies to both issued and fully diluted economic ownership. Agencies cannot split a position to evade it.
- No votes or management powers. No board seats, appointment rights, vetoes, golden shares, voting alliances or directions on hiring, prices, speech or business strategy. Use nonvoting instruments where available; otherwise impose a legally enforceable abstention and no-delegation requirement. If those protections cannot be secured, do not buy.
- No takeover through the back door. No forced equity conversion, controlling collateral, compulsory share transfer or special SSWF seizure power. Ordinary regulation and independently adjudicated fraud recovery remain separate from investing. Existing privately owned intellectual property is not transferred by accepting a limited return agreement.
An exit fixed before money changes hands
The ten-year company clock starts with the first covered equity exposure or covered commercial-support disbursement, whichever comes first. Follow-on awards, refinancing, related entities, intermediaries and new patents cannot restart it. After exit, the five-year cooling-off period covers direct and look-through company exposure; customized index accounts must honor it too.
For commercial support, all related awards form one audited project account. Royalties, grant-equity distributions, buyout or sale proceeds and any overlapping 1% Innovation Dividend count toward the same 2× disbursed-funding ceiling. Additional disbursements can increase the ceiling only to twice the updated total of covered funding; it cannot extend the original company clock. Ordinary taxes, penalties and separately priced public-resource leases are outside this funding-return ceiling.
Grant-created equity or payment rights end when the ceiling or deadline is reached. Equity would be returned to the issuer for cancellation under terms agreed upfront, so the remaining private shareholders regain the economic ownership proportionately; no favored insider receives it. An earlier company buyout would use an independently appraised value capped by the remaining permitted return. Any proceeds above that ceiling would follow the same pre-agreed cancellation or pro-rata return terms. Public-market shares bought at market prices would instead be sold to private buyers by the deadline, with proceeds retained by the Fund; the 2× grant ceiling does not cap unrelated market returns.
Commercial-support contracts would provide automatic expiry if no buyer or repayment is available. Unrecovered support would be reported as a taxpayer loss, not a reason to extend ownership or convert it into control. Fraud claims survive expiry through normal adjudication, without creating a new ownership right.
A kill switch with a defined trigger
- Prevent and freeze. The independent custodian must reject a transaction that breaches a cap or control restriction. A detected breach automatically freezes new exposure to that company and disables any offending authority. The freeze does not interrupt unrelated public benefits or existing service contracts.
- Review and unwind. A documented inspector-general finding or court order would require public notice, independent review and cancellation or divestment of the prohibited interest within 90 days. Even an involuntary over-cap position must be corrected; an agency cannot waive the limit.
- Stop a compromised program. Systemic evasion, repeated violations or political direction would suspend new corporate investments across the affected program. Resumption would require public independent certification that the breach is cured and controls work, subject to judicial review. Existing assets would be managed solely for a lawful, orderly exit.
The authorizing law would give affected companies and shareholders a defined right to seek prompt judicial review and injunctive relief, with due process. Sunset losses, forced-sale costs and any cancellation of valuable public interests must be disclosed. Stronger protection for private control can reduce taxpayer returns; the financial scenarios have not yet priced that tradeoff.
Fewer subsidies, stronger audits
Do not create or expand a subsidy just to acquire an investment. First ask whether the spending should exist. Where Congress retains commercial support, use limited, auditable project terms and a fair public return.
- Keep conditions within the project. Define the funded work, measurable milestones, return terms and audit rights. Do not use funding to impose unrelated speech, political, hiring or state-policy conditions; generally applicable law still applies.
- Review and sunset programs. Review commercial-support programs at least every five years. Renewal would require published evidence of net public benefit and fresh congressional authorization; weak or duplicative programs would be reduced or ended through the budget process.
- Prevent fraud continuously. Verify recipients and beneficial ownership, screen conflicts, use milestone-based disbursement, run risk-based audits, protect whistleblowers and pursue independently established overpayments or fraud with appeal rights. A weak risk score alone is not proof of wrongdoing.
- Count savings once. Publish verified recoveries net of enforcement costs. Distinguish cash recovered, future spending avoided and estimated losses. Do not both capitalize the Fund and claim debt reduction with the same dollar.
GAO distinguishes fraud from the wider category of improper payments and calls for better prevention, detection, recovery and oversight. A loss estimate is not an amount that can automatically be recovered or used to close the deficit. [17]
David Russ’s No Strings Act proposal argues for project-specific conditions and limited, auditable contracts for nongovernmental recipients. This plan adopts that project-boundary principle while retaining a disclosed, capped return for covered commercial support. It does not adopt his entire bill, claim its asserted savings, or imply that he endorses the SSWF or these numerical safeguards. [19]
Returns & compounding
4% inflation + 3 percentage points ≈ 7% nominal
Congress could establish a long-term benchmark assessed over rolling 5-year, 10-year and 20-year periods, with transparent risk, fee and inflation adjustments. This is not a promise of 7% each year and not a guaranteed distribution rate. Compounding the real and inflation factors exactly, (1.07 / 1.04) − 1 is about 2.88% real; an exact 3% real target at 4% inflation would require 7.12% nominal before fees.
Reinvestment would build the portfolio before large distributions begin. The proposal would save qualifying receipts as national assets instead of allowing unrestricted near-term spending. Norway’s Government Pension Fund Global provides an example of petroleum receipts supporting a diversified investment portfolio, but it does not establish the feasibility or returns of a U.S. SSWF. [16]
$10T × 6% nominal total return.
$20T × 6% nominal total return.
Total return includes unrealized appreciation. It is not all cash available to Treasury. Investment losses, fees, taxes where applicable, custody, storage costs, inflation and withdrawals affect the result.
| Years | 6% return | 7% return | 8% return |
|---|---|---|---|
| 10 | $1.98T | $2.07T | $2.17T |
| 20 | $5.52T | $6.15T | $6.86T |
| 30 | $11.86T | $14.17T | $16.99T |
Capitalization is not free. Borrowed seed capital creates a matching liability. Redirecting receipts already used by the budget can increase borrowing elsewhere. Contributions must be scored alongside the fiscal path, and returns must be compared with the interest saved by reducing borrowing immediately. The accumulation table is not the asset path used in Chart B.
Federal grant participation
Under this proposal, every commercial federal grant to an eligible business would require a disclosed, capped and temporary economic participation interest, regardless of grant amount. Covered federal business investments would also secure a public stake within the same limits. Taxpayers would share in the commercial upside they help finance; a recipient could decline funding rather than accept the terms.
The $100,000 threshold applies to the business’s annual gross revenue before expenses. It does not measure profit or the size of the grant. A business at exactly $100,000 qualifies; a business below that revenue threshold falls outside this proposed commercial-grant participation rule. Congress would define the measurement year, aggregation of related businesses and verification requirements.
Eligibility example: a business with $120,000 in annual gross revenue receiving a $10,000 commercial grant is covered. A business with $80,000 in annual gross revenue receiving a $150,000 grant falls below this revenue threshold; the larger award alone does not qualify it.
Secure the interest upfront; collect returns when the agreed trigger occurs. The default is a project-linked royalty or revenue share with no company control. Nonvoting equity is available only if the recipient affirmatively chooses it and independent valuation supports the terms; choosing a non-equity return carries no penalty. Any equity, warrant or conversion right must fit the aggregate 5% cap, ownership clock and no-control rules. The Innovation & Grant Fund would account for these rights collectively for taxpayers, rather than issue individual citizens shares.
The funding agreement would specify the instrument, valuation, participation rate, attributable products or technology, payment trigger, the mandatory ten-year deadline, shared 2× disbursed-funding ceiling and any earlier buyout before acceptance. It would also define reporting, audit rights and enforcement. A profit-based agreement would need allowable-cost, related-party and cost-allocation rules so profits cannot simply be shifted away from the covered project. Payment would be required when those agreed conditions are met, until the shared ceiling or deadline ends the obligation. Contractual royalties and revenue/profit shares cover only the funded project, not unrelated products, intellectual property or business activity. Optional company equity must disclose its wider economic exposure and pass independent project-value and ownership-cap review.
The invention earns commercial income
A business meeting the $100,000 annual gross-revenue threshold accepts a commercial grant to develop a patented technology. Its agreement secures an agreed royalty or revenue interest. When the technology is licensed for income or enters covered commercial sales, the contractual public payment becomes due.
Filing or receiving a patent alone does not trigger payment. This grant interest is distinct from the proposed 1% National Innovation Dividend below; both share one audited payment ceiling and deadline, with dollar-for-dollar credits to prevent overlapping charges.
A supported drug generates returns
A pharmaceutical company meeting the $100,000 annual gross-revenue threshold accepts a commercial grant for a covered drug project. The agreement defaults to a capped royalty on attributable sales or a defined share of project profits. The company could instead elect temporary nonvoting equity within the same safeguards.
For a profit-sharing agreement, payment becomes due when the supported product earns profit as defined in the agreement. A sales royalty follows its agreed revenue trigger. Neither automatically claims revenue from unrelated drugs or the company’s entire business.
Required participation is not a guaranteed investment return. Successful commercialization can produce recurring payments for the agreed term; the proposal does not assume only one payment. Equity returns depend on dividends or realization of value under the ownership terms. A failed project may produce no commercial income, and equity can lose its value. A long development cycle may leave little or no payment period before the fixed sunset. The government cannot extend the clock to recover a disappointing return. Securing an enforceable public interest does not eliminate taxpayer risk or require immediate repayment merely because funding was awarded.
The grant rule would cover every commercial award amount for businesses meeting the $100,000 annual gross-revenue threshold, with proportionate administration for small grants. Disaster relief, ordinary education aid, entitlement payments and noncommercial assistance would remain outside this commercial participation requirement. Congress would define coverage, exclusions and implementation through new legislation. This is a proposed funding rule, not an existing blanket federal grant requirement. [14] [15]
Participation can discourage applications, complicate private financing, raise product-development costs or shift business activity. Its benefits would need to be weighed against those effects and the cost of valuing and administering public interests.
Conditional returns: a bounded 30-year illustration
For this simulator, each agreement sets a minimum annual profit for the funded project. A payment is possible only when that profit is positive and reaches the hurdle; eligibility is checked again every year. The hurdle is stated in nominal dollars and is separate from the business’s $100,000 annual gross-revenue eligibility rule.
A fixed-rate agreement targets the selected percentage of original grant funding each year. An inflation-linked agreement targets (1 + real spread) × (1 + annual inflation) − 1, floored at zero. Actual payments cannot exceed that year’s project profit or the remaining shared payment ceiling. No unpaid target accrues, and no additional principal repayment is assumed.
The model honors the proposed ten-year company deadline and 2× disbursed-funding ceiling. Related awards must share one audited company account; other covered payments consume the same ceiling. The editable illustration starts with three unrelated recipients, no earlier covered payments, and no overlapping patent-dividend payments. It models contractual cash returns, not equity valuations or the broader national budget.
Innovation & Grant Fund · interactive illustration
When does a grant pay the public back?
Set the profitability hurdle for each hypothetical project. Compare 30 years of realized cash under three assumptions and four stress cases. These are illustrative scenarios, not forecasts or estimated probabilities; “median” means the central assumption.
Edit the three grants
Three unrelated companies; all grants are fully disbursed at year 0. Amounts below are in millions of dollars. No later grants or additional capital are assumed.
Adjust stress-test severity
Downturns reduce profit during the selected years and apply one cash-portfolio loss at the start. Delays shift each profit path later without extending the ten-year deadline. These settings also update the comparison table below.
| Case | Project profit | Fixed rate | Real spread | Extra delay |
|---|---|---|---|---|
| Low | 0.6× | -3 pp | -2 pp | 2 years |
| Median | 1× | 0 pp | 0 pp | 0 years |
| High | 1.5× | 3 pp | 2 pp | 0 years |
Initial grant outlay: $45.00M · No stress · Nominal dollars · annual payments stop after year 10
Dashed vertical line: grant rights expire. Later balance changes come only from reinvesting receipts, after any cash shock.
Net of initial outlay: -$36.71M
0.18× initial outlay
Net of initial outlay: -$21.45M
0.52× initial outlay
Net of initial outlay: -$11.02M
0.76× initial outlay
| Stress | Low | Median | High |
|---|---|---|---|
| No stress | $8.29M | $23.55M | $33.98M |
| Economic downturn | $6.84M | $23.14M | $33.37M |
| Delayed profitability | $2.26M | $10.57M | $15.20M |
| Downturn + delay | $2.26M | $10.57M | $15.20M |
Inspect every year and each grant’s receipts
| Year | Low cash | Median cash | High cash | Median annual receipts |
|---|---|---|---|---|
| 0 | $0.00 | $0.00 | $0.00 | $0.00 |
| 1 | $0.00 | $0.00 | $0.00 | $0.00 |
| 2 | $0.00 | $0.00 | $0.00 | $0.00 |
| 3 | $0.00 | $600.00K | $900.00K | $600.00K |
| 4 | $0.00 | $1.21M | $1.82M | $600.00K |
| 5 | $300.00K | $2.75M | $3.98M | $1.51M |
| 6 | $606.00K | $4.32M | $6.18M | $1.51M |
| 7 | $1.52M | $7.11M | $10.23M | $2.71M |
| 8 | $2.45M | $9.97M | $14.36M | $2.71M |
| 9 | $4.00M | $12.88M | $18.57M | $2.71M |
| 10 | $5.58M | $15.85M | $22.86M | $2.71M |
| 11 | $5.69M | $16.17M | $23.32M | $0.00 |
| 12 | $5.80M | $16.49M | $23.79M | $0.00 |
| 13 | $5.92M | $16.82M | $24.26M | $0.00 |
| 14 | $6.04M | $17.16M | $24.75M | $0.00 |
| 15 | $6.16M | $17.50M | $25.24M | $0.00 |
| 16 | $6.28M | $17.85M | $25.75M | $0.00 |
| 17 | $6.41M | $18.21M | $26.26M | $0.00 |
| 18 | $6.53M | $18.57M | $26.79M | $0.00 |
| 19 | $6.67M | $18.94M | $27.33M | $0.00 |
| 20 | $6.80M | $19.32M | $27.87M | $0.00 |
| 21 | $6.93M | $19.71M | $28.43M | $0.00 |
| 22 | $7.07M | $20.10M | $29.00M | $0.00 |
| 23 | $7.21M | $20.50M | $29.58M | $0.00 |
| 24 | $7.36M | $20.91M | $30.17M | $0.00 |
| 25 | $7.51M | $21.33M | $30.77M | $0.00 |
| 26 | $7.66M | $21.76M | $31.39M | $0.00 |
| 27 | $7.81M | $22.19M | $32.02M | $0.00 |
| 28 | $7.97M | $22.64M | $32.66M | $0.00 |
| 29 | $8.13M | $23.09M | $33.31M | $0.00 |
| 30 | $8.29M | $23.55M | $33.98M | $0.00 |
| Grant | Low | Median | High |
|---|---|---|---|
| Grant A · hypothetical | $1.80M | $4.80M | $7.20M |
| Grant B · hypothetical | $2.40M | $5.47M | $7.34M |
| Grant C · hypothetical | $1.20M | $4.80M | $7.20M |
This tracks cash received and reinvested, not an appraisal of unpaid grant rights. A negative net-of-outlay result means cash has not recovered the original public funding. Figures exclude administration, financing costs, taxes and new grants. No automatic Treasury distribution is assumed. The existing debt/GDP and national balance-sheet charts do not use these results. With JavaScript off, the default assumptions and tables remain readable.
National Innovation Dividend
National Innovation Dividend
For qualifying patented inventions substantially developed with covered federal financial support, new legislation would establish an illustrative contribution of 1% of attributable U.S. commercial sales when commercialization occurs. It would not assess 1% of the company’s entire revenue.
Covered revenue could include product sales materially covered by the patent, patent licensing revenue, and the attributable portion of bundled products under statutory rules. Filing or receiving a patent alone would not trigger payment. Commercialization would.
Those receipts would flow directly to the proposed National Debt Reduction Account, not also be counted as SSWF contributions. Grant participation and the patent contribution would remain separate destinations but use one audited project ledger, dollar-for-dollar credits and a shared ceiling. Legislation would define allocation across overlapping patents, licensing chains and bundled products; no dollar could be collected twice or counted in both destinations.
Current law: 35 U.S.C. Chapter 18, commonly associated with Bayh-Dole, addresses federally supported inventions, rights and commercialization. NIST administers implementing regulations. The proposed grant-participation rule for businesses with at least $100,000 in annual gross revenue and this 1% sales contribution would require new legislation and careful coordination with that framework, existing licenses, university arrangements and other funding authorities. They are not existing blanket requirements. [14] [15]
The contribution would apply prospectively to new covered support. Its collections share the ten-year company clock and 2× actual-disbursement ceiling with related commercial-support returns, even if patents last longer. Licensing, restructuring or follow-on awards cannot restart the clock. Attribution, the meaning of substantial support, audits, appeals, trade-secret protection and treatment of small firms require legislative detail. A gross-sales contribution can be material for low-margin products and may affect commercialization incentives.
Responsible resource conversion
BLM administers approximately 245 million surface acres and 700 million acres of federal mineral estate. These are not all economically recoverable or legally available for development. Gold, silver, copper, lithium, uranium, rare earths, oil, natural gas, geothermal resources and other critical minerals require distinct geological, economic and legal assessments. No precise total dollar value is assigned to federal mineral wealth here. [5] [6]
Royalties, leases and competitive auctions could supply eligible receipts. New authority could establish production-sharing agreements, carried interests, dividends or other federal economic interests. Federal hardrock claims differ from oil and gas leasing: locatable hardrock minerals under the General Mining Act generally do not pay a federal production royalty. New hardrock royalty or participation rules would require legislation. [7]
Project viability must include extraction and infrastructure costs, environmental obligations, reclamation, bonding, restoration and monitoring. Investable public receipts must then respect existing revenue-sharing requirements and dedicated obligations. This is a net-availability test, not a proposal to deduct every producer cost from every statutory gross royalty.
Interior reported $14.61B in FY2025 disbursements, including $5.01B to Treasury. A $150B annual contribution is more than ten times the entire reported total and about thirty times Treasury’s share. These comparisons are not a ceiling on future receipts, but they show why a new funding estimate is essential. Tribal receipts are not federal seed capital, and existing receipts cannot be counted again as new money. [8]
Global resource investments
The United States should not depend indefinitely on expanding domestic extraction to fund this model. A limited resource allocation could buy minority, noncontrolling interests in mining, energy, royalty, processing and recycling businesses, plus eligible timber, infrastructure, resource funds and foreign resource assets. It could not acquire control of a private operating company. The same aggregate cap, voting prohibition, sunset and anti-circumvention rules apply across portfolios.
Investments would remain subject to sanctions, national-security review, foreign ownership law, environmental and geopolitical risk, and diversification limits. Market price, liquidity, currency exposure and potential liabilities matter. Buying shares does not automatically add productive capacity or guarantee delivery of materials during a crisis.
Resource exposure belongs inside a diversified sovereign portfolio; strategic physical inventories have separate security purposes and accounting.
Environmental protection
Not all federal resources should be developed. Ecologically sensitive land, tribal rights and consultation, water, wildlife habitat, cultural resources, legal withdrawals and protected land constrain project selection.
Before major extraction, operators would establish funded reclamation and restoration plans backed by full financial assurance based on credible third-party costs. Covered BLM operations already require financial guarantees; this proposal strengthens the broader restoration and reserve architecture rather than treating reclamation as a new idea. [9]
Land and living systems
- Topsoil preservation and erosion control.
- Native vegetation and wildlife habitat restoration.
- Reforestation and wetland recovery where ecologically appropriate.
- Removal of unnecessary industrial infrastructure.
Water and long-term liabilities
- Watershed and surface-water protection.
- Groundwater monitoring and contamination management.
- Independently reviewed tailings containment.
- Post-closure monitoring and long-lived treatment obligations.
Assurance should be secured before disturbance, updated as costs change and released only after verified performance. Taxpayers should not inherit avoidable abandoned liabilities. Bonding, replanting or restoration elsewhere cannot make every project acceptable; irreversible damage, cumulative impacts and lifecycle emissions remain part of the assessment.
Replant what is disturbed
Replant What Is Disturbed
Use native and ecologically appropriate trees, grasses, shrubs, wetland vegetation, riparian plants and pollinator habitat. Planting must fit soils, climate, water and the original ecosystem. Tree counts alone cannot measure recovery, and naturally open grasslands should not be treated as failed forests.
A proposed restoration ambition, assessed through ecosystem function: habitat, soil stability, hydrology, biodiversity and durable recovery. It is not a claim that every mine can create a net ecological benefit.
Where projects are lawful and viable after full obligations, additional funds could support abandoned-mine cleanup, watershed repair, forest recovery, wildfire resilience, wetlands, habitat corridors and contaminated federal land. Legacy remediation elsewhere would supplement, not replace, the operator’s responsibility at the project site.
Restoration Reserve
SSWF investment portfolios
Build financial assets and provide permitted investment distributions.
Natural Capital Restoration Reserve
Protect and restore environmental assets through legally separate, ring-fenced accounts within the architecture.
Legislation could dedicate portions of royalties, lease payments, penalties and restoration assessments. Environmental bonds must remain tied to the obligations they secure: refundable collateral is not freely investable public revenue. Funds pledged to reclamation cannot also support the debt-reduction distribution pool.
The reserve could address legacy sites whose original responsible company no longer exists, while preserving recovery from responsible parties where possible. Ecological condition and completed remediation—not commercial portfolio returns—would measure its performance.
Strategic reserve rules
Investment and national security are different objectives. Congress would set finite reserve targets, eligible holdings, custody, maintenance, release and replenishment rules. Critical minerals, rare earths, uranium, copper and other defense- or infrastructure-critical materials would be assessed for supply vulnerability and substitutability.
Illustrative initial allocation of permitted distributions
| Destination | Initial share |
|---|---|
| National Debt Reduction Account | 50% |
| Precious Metals Reserve | 25% |
| Petroleum / Energy Reserve | 15% |
| Strategic Minerals Reserve | 10% |
Statute would predetermine the split, target tests, valuation dates, partial-fill limits and replenishment rules. The system would not accumulate unlimited physical commodities.
For a hypothetical $100B permitted distribution, the initial split is $50B / $25B / $15B / $10B. If all reserve targets are met and statute sends all redirected shares to debt reduction, Treasury receives $100B. If statute instead reinvests those shares, Treasury receives $50B and $50B remains invested. These are allocation examples, not projected income.
Purchased reserves and a debt transfer cannot both be counted as debt paydown. Physical reserves would be reported separately by quantity, quality, location, access restrictions, carrying costs and disclosed valuation method. Chart B excludes them entirely.
Precious metals
The Precious Metals Reserve Fund could hold gold, silver and appropriate platinum-group metals, physically or through qualifying financial instruments with disclosed custody and counterparty risks. Potential purposes include strategic liquidity, diversification, real-asset exposure and emergency financial optionality.
These assets do not guarantee purchasing-power preservation. Prices fluctuate; physical holdings require secure custody, audit and storage, and may generate no operating income. Strategic usefulness and investment return are separate tests.
Existing federal fact: Treasury already reports substantial official U.S. government gold reserves. Sovereign gold ownership is not unprecedented. Existing reserves would not become new SSWF wealth merely through an accounting transfer, and Treasury book values must be distinguished from market valuations. [10]
Petroleum & energy
Strategic Petroleum Reserve
The SPR is emergency energy-security inventory. DOE reports approximately 714 million barrels of authorized storage capacity. Capacity is not the amount of oil currently held. [13]
Sovereign Petroleum & Energy Reserve Fund
A long-term strategic asset and resilience portfolio under the SSWF, with separate legal accounts and authorities where appropriate.
The existing SPR would not become a speculative investment fund. The proposed portfolio could consider physical petroleum, storage capacity, pipeline and storage infrastructure, and other qualifying energy assets. Emergency release powers, security requirements and operating readiness would remain distinct from commercial return objectives.
How debt is reduced
A growing SSWF does not automatically retire Treasury debt. The proposal needs explicit transfers and a fiscal rule that prevents new commitments from consuming them.
- Capitalize the SSWF. Use legislated, scored sources and disclose any associated liability.
- Reinvest a substantial share of returns. Protect liquidity, solvency and long-term purchasing power.
- Build strategic reserve targets. Allocate only permitted distributions, subject to finite statutory targets.
- Transfer permitted distributions to the National Debt Reduction Account. Add qualifying innovation-dividend receipts through their separate direct channel.
- Treasury reduces borrowing or retires publicly held Treasury securities. Use legal financing and redemption mechanisms; do not require the Fed to absorb debt.
SSWF assets increase
Financial assets can improve a net measure while Treasury liabilities remain outstanding.
Treasury liabilities decrease
Actual retirement reduces securities outstanding. Avoided borrowing lowers debt relative to the path without the transfer; total debt can still rise if the remaining budget is in deficit.
Both matter, but they are not the same thing. Under the illustrative 1% and 2% growth constraints, nominal publicly held debt continues to increase. Absolute debt reduction would require enough net transfers and fiscal improvement to exceed the rest of the financing need.
AI & resource development
A proposed performance principle to test against actual results, not proof that technology eliminates environmental risk.
AI could support geological modeling, satellite analysis, remote sensing, ore-body targeting, autonomous drilling, mine planning and predictive maintenance. It could also assist water management, tailings monitoring, methane detection, environmental monitoring, reclamation planning and reforestation monitoring.
These uses need measured validation, reliable sensors, safety review and independent environmental oversight. Incomplete data, model error and increased development following lower costs can offset the benefits. Technology does not replace tribal consultation or environmental obligations.
Fiscal discipline
Asset accumulation and higher nominal GDP cannot compensate indefinitely for uncontrolled structural deficits.
Primary balance covers noninterest spending, not the interest bill. A durable plan would slow expenditure growth relative to GDP, limit structural deficits and specify any further primary surplus needed to meet its liability-growth constraint. Commercial-support review and continuous anti-fraud work are proposed above, but no independently scored package of tax or spending changes is supplied here. Neither those reforms nor hoped-for manufacturing growth is assumed to eliminate the budget gap by itself.
For example, a 5% effective interest cost and no other financing adjustments would require a primary surplus of about 3% of starting debt to hold debt growth to 2%. This is arithmetic, not a forecast or a scored budget. SSWF capitalization and reserve purchases can add financing needs.
Distributions reduce borrowing only when they replace financing otherwise required. Spending the same money on new commitments, or borrowing to replace revenue diverted to the Fund, can cancel the benefit.
Separate responsibilities
Maintain a hard firewall between monetary implementation, national investing and Treasury debt management. The Fed would not be tasked with financing the Fund or paying down federal debt.
| Institution | Role |
|---|---|
| Congress | Statutory mandate, capitalization and distribution rules, fiscal policy, oversight and the proposed numerical inflation target. |
| Federal Reserve | Independent monetary policy implementation, including rates and authorized liquidity and balance-sheet operations. |
| Treasury | Debt management, financing, sovereign financial reporting and administration of the proposed National Debt Reduction Account. |
| SSWF | Professionally managed national investing, separate accounts, permitted distributions and mandatory ownership/payment limits; no control of private companies. |
| Interior / BLM / USGS | Land and resource management, geological science and inventories, and authorized development frameworks; USGS does not manage the portfolio. |
| DOE and national-security agencies | Emergency energy and material-security assessments, reserve requirements and relevant statutory operations. |
| Natural Capital Restoration Reserve | Funded ecological restoration and remediation, with protected obligations and separate outcomes reporting. |
| Private sector | Innovation, investment, AI deployment, commercialization, extraction, processing and productive growth under law. |
How the system works
AI + capital investment → productivity → 2.5%–3.5% real growth
Congress sets the proposed 4% inflation objective → the Fed independently implements monetary policy → nominal GDP grows approximately 6.6%–7.6% if both assumptions hold.
Responsible development → funded restoration → eligible net royalties → SSWF
Legal protections, environmental obligations and existing revenue shares come before investable receipts.
Public funding → required public stake → commercial return → SSWF
All commercial grants to businesses grossing at least $100,000 annually require disclosed participation, whatever the award size. Covered federal business investments also secure a public stake. Commercial success triggers the capped, temporary project return; equity is optional and nonvoting. Failed projects may return nothing.
Commercial sales → 1% attributable-sales contribution → direct debt reduction
A separate legislated cash-flow channel to Treasury, within the shared project-return cap and deadline and without double counting it as Fund capital.
SSWF → broad investments → dividends + interest + appreciation + royalties
Reinvestment → permitted distributions → strategic reserves + debt reduction. Unrealized gains are not automatically distributable cash.
Every arrow depends on legal authority, investable resources, execution and a credible fiscal path.
The nine engines
AI Productivity
Illustrative 2.5%–3.5% real growth through higher productive capacity.
Congressional Inflation Objective
Congress sets the numerical long-run inflation target through legislation.
Independent Fed Execution
The Fed controls rates and monetary implementation within the mandate.
Responsible Resource Conversion
Finite resources become permanent financial assets while restoration is funded.
Passive Public-Market Investing
Diversified eligible investment with a 5% aggregate company cap, no control, ownership sunset and company elections.
Limited Returns on Federal Support
All commercial grants to businesses with $100,000+ in annual gross revenue secure capped, temporary project returns, regardless of award size.
National Innovation Dividend
1% of qualifying attributable U.S. commercial sales flows to debt reduction, within the shared payment ceiling and deadline.
Strategic Reserve Accumulation
Precious metals, petroleum/energy and critical materials up to statutory targets.
Sovereign Compounding & Debt Reduction
Reinvestment builds capacity; mature distributions increasingly support debt retirement.
Risks & dependencies
These risks are central to assessing the proposal. The model does not establish that the economic, legal, environmental or governance conditions can be achieved.
Macroeconomic and fiscal
Unanchored inflation expectations; higher Treasury yields and refinancing costs; fiscal indiscipline; crowding out of private investment; recessions; and politicians spending SSWF assets prematurely. Higher inflation can hurt households even when nominal GDP rises.
Investment and liquidity
Equity-market drawdowns, investment losses, commodity volatility, overvaluation, concentration, currency and geopolitical risks. Illiquid assets, emergency withdrawals and storage costs can make paper wealth unavailable when needed.
Government and company conflicts
Political interference, regulator/shareholder conflicts, misuse of confidential information, corruption and cronyism. Even small nonvoting stakes could distort private capital allocation. Caps and opt-outs can be evaded; mandatory exits or cancellation can sacrifice public value; courts, custodians and oversight require actual independence and resources.
Resources and natural capital
Insufficient net resource receipts, unprofitable projects after restoration, irreversible environmental damage, underestimated long-term water treatment and unfulfilled tribal or cultural obligations. Financial gains do not establish ecological success.
Innovation, labor and incentives
AI job disruption and unequal gains; changes in the labor tax base; grant conditions that deter participation; patent-sales contributions that discourage commercialization or burden low-margin products; costly attribution disputes; and manipulation of reported project profits or related-party costs.
Legal and institutional feasibility
Constitutional and statutory questions, prospective versus retroactive obligations, Bayh-Dole changes, securities and foreign ownership law, due process and international obligations. Congress would need to preserve credible governance across political cycles.
Credible evaluation would compare this strategy with simpler alternatives, including direct debt reduction, conventional public investment and leaving assets under current arrangements. A higher expected financial return does not by itself justify risk, government influence or environmental harm.
What would have to change
This package cannot be implemented entirely by executive order. It would require legislation, agency rules, appropriations where applicable, institutional capacity and legal review.
| Change | Principal responsibility |
|---|---|
| SSWF and separate portfolio legislation | Congress; Treasury and designated managers implement capitalization, accounts, investment powers, custody, audits and fiduciary duties. |
| Private-control and exit protections | Congress establishes the 5% aggregate cap, no-vote/no-control rules, ten-year ownership clock, five-year cooling-off, company elections, mandatory cancellation/divestment, anti-circumvention and judicial remedies. Custodians and independent oversight enforce the kill switch. |
| Federal Reserve Act reform | Congress sets the proposed numerical target; the Fed retains independent monetary implementation and statutory reporting. |
| Required public participation in commercial funding | Congress applies the $100,000 annual business gross-revenue threshold to commercial grants of any amount, defines measurement and verification rules, and requires public interests for covered business investments; funding agencies disclose and enforce project-only conditions, non-equity default, the shared 2× disbursement ceiling and ten-year deadline, with independent audit and appeal rights. |
| National Innovation Dividend | Congress coordinates new 1% attributable-sales legislation with Bayh-Dole and other authorities; Treasury, Commerce/NIST, funding agencies and patent authorities establish workable attribution and collection rules. |
| Spending and payment integrity | Congress reviews and sunsets commercial-support programs; agencies and inspectors general verify recipients, audit milestones, report net recoveries and pursue fraud with due process. No automatic expansion of subsidies. |
| National Debt Reduction Account and fiscal rules | Congress defines dedication, transfers, accounting, safeguards and enforcement; Treasury executes financing and debt retirement. |
| Resource royalties, inventory and permitting | Congress addresses hardrock reform; Interior, BLM, USGS and other agencies improve inventories and permitting consistently with environmental law, tribal rights and legal withdrawals. |
| Strategic and restoration reserves | Congress sets targets, purposes and valuation rules; Treasury, DOE, Interior and national-security agencies implement distinct mandates without repurposing emergency inventories into speculative funds. |
| AI and workforce transition | Congress, federal agencies, states, education providers and the private sector address infrastructure, validated federal AI modernization, skills and transition costs. |
30-year historical backtest
Historical replay · 30 complete calendar years · data snapshot September 30, 2026
This backtest applies declared funding and investment rules to 1996–2025 observations, starting with the end of 1995. It is a retrospective benchmark, not a record of an actual SSWF or proof that the plan would eliminate debt. The ownership cap, ten-year company exits and cooling-off rules require issuer-level holdings and cannot be replicated by these index returns.
What the economy actually did
| Measure | Historical result | Plan assumption |
|---|---|---|
| Real GDP | 2.50% | 2.5%–3.5%; central 3% |
| Nominal GDP | 4.76% | 7.12% central |
| Consumer-price inflation | 2.52% | 4% proposed target; different price measure |
| Debt held by the public | 7.34% | 1% or 2% imposed constraint |
| Public debt / annual GDP | 48.2% → 100.0% | Existing charts normalize the start to 100% |
Keeping debt growth at 2% would have ended 2025 at $6.67T, or 21.6% of observed GDP, versus actual public debt of $30.87T. The $24.20T gap is a difference in ending debt stocks, not an estimate of available savings. A 1% path would end at 16.1%. Neither path is generated by creating the fund.
Replay the investment and financing choices
Choose a fixed annual contribution and a stock/Treasury benchmark. Defaults are $150B at each year end, 60% S&P 500 / 40% ten-year Treasury total returns, annual rebalancing, and a 0.25% annual portfolio fee. These are test assumptions, not an adopted asset allocation or demonstrated source of revenue.
66.6% counterfactual net debt/GDP, compared with 100.0% observed public debt/GDP. This keeps observed GDP and the rest of the budget unchanged. It is an accounting comparison, not an estimate of how a sovereign fund would change growth, interest rates, taxes or spending.
Portfolio includes $6.52T in hypothetical Treasury holdings and $9.78T in external equity claims. Treasury holdings are eliminated against liabilities in the consolidated comparison; they are not added again as national wealth. This is market-value consolidation, not an official face-value debt statistic. No Treasury debt is automatically retired by market gains.
| Period / measure | Result |
|---|---|
| 1996–2025 annualized return | 8.01% nominal / 5.35% real |
| 2000–2002 cumulative return | -11.24% |
| 2008 annual return | -14.11% |
| 2020 annual return | 15.06% |
| 2022 annual return | -18.16% |
| Largest year-end drawdown | -18.16% |
| Weakest rolling ten years (1999–2008) | 2.50% annualized |
| Strongest rolling ten years (2012–2021) | 10.72% annualized |
Returns and drawdowns use a unitized portfolio with no contributions, so deposits cannot hide investment losses. Annual data miss intrayear crashes, including the 2020 selloff. The 21 overlapping ten-year windows are not independent observations.
Compare allocations and financing costs
| Case | 2025 portfolio | Less funding / forgone debt reduction | Worst year-end drawdown |
|---|---|---|---|
| Treasury-only benchmark | $6.57T | $0.57T | -21.85% |
| 60% stocks / 40% Treasuries | $16.30T | $10.30T | -18.16% |
| Equity-only benchmark | $26.09T | $20.09T | -37.90% |
| Selected allocation; financing +2 pp | $16.30T | $8.04T | -18.16% |
Inspect all 30 historical years
| Year | Return | Portfolio | Funding + interest | Actual debt/GDP | Modeled net/GDP |
|---|---|---|---|---|---|
| 1996 | 13.89% | $0.15T | $0.15T | 47.4% | 47.4% |
| 1997 | 23.53% | $0.34T | $0.31T | 44.8% | 44.5% |
| 1998 | 22.66% | $0.56T | $0.47T | 41.8% | 40.8% |
| 1999 | 8.96% | $0.76T | $0.65T | 38.6% | 37.4% |
| 2000 | 0.99% | $0.92T | $0.83T | 33.3% | 32.5% |
| 2001 | -5.12% | $1.02T | $1.01T | 32.1% | 32.0% |
| 2002 | -7.37% | $1.10T | $1.18T | 33.4% | 34.1% |
| 2003 | 16.88% | $1.43T | $1.34T | 35.3% | 34.5% |
| 2004 | 7.97% | $1.70T | $1.51T | 36.1% | 34.6% |
| 2005 | 3.79% | $1.91T | $1.71T | 36.2% | 34.6% |
| 2006 | 9.87% | $2.25T | $1.94T | 35.5% | 33.3% |
| 2007 | 7.10% | $2.56T | $2.18T | 35.5% | 32.9% |
| 2008 | -14.11% | $2.35T | $2.36T | 43.1% | 43.2% |
| 2009 | 10.84% | $2.75T | $2.51T | 54.0% | 52.3% |
| 2010 | 12.00% | $3.23T | $2.67T | 62.4% | 58.7% |
| 2011 | 7.41% | $3.62T | $2.82T | 67.0% | 61.9% |
| 2012 | 10.45% | $4.15T | $2.97T | 71.3% | 64.0% |
| 2013 | 15.36% | $4.94T | $3.12T | 73.2% | 62.4% |
| 2014 | 12.13% | $5.69T | $3.27T | 74.0% | 60.3% |
| 2015 | 1.09% | $5.90T | $3.43T | 74.9% | 61.4% |
| 2016 | 7.07% | $6.47T | $3.59T | 76.8% | 61.5% |
| 2017 | 13.80% | $7.51T | $3.77T | 75.6% | 56.5% |
| 2018 | -2.79% | $7.45T | $3.99T | 78.0% | 61.3% |
| 2019 | 22.28% | $9.26T | $4.23T | 79.8% | 56.4% |
| 2020 | 15.06% | $10.80T | $4.39T | 101.3% | 71.3% |
| 2021 | 15.03% | $12.57T | $4.55T | 97.6% | 63.8% |
| 2022 | -18.16% | $10.44T | $4.79T | 94.2% | 72.5% |
| 2023 | 16.90% | $12.35T | $5.19T | 96.9% | 71.2% |
| 2024 | 13.99% | $14.23T | $5.61T | 98.2% | 68.9% |
| 2025 | 13.50% | $16.30T | $6.00T | 100.0% | 66.6% |
Download selected results (CSV) · Download historical inputs (CSV)
Grant returns under historical inflation and cash rates
This separate replay disburses the existing three hypothetical grants, totaling $45M, at the start of 1996. It retains their profit hurdles, nominal profit-growth assumptions and low/median/high settings. Grant payments end in 2005; later values reflect only reinvestment at the historical bill-rate proxy. Inflation-linked payments use that year’s December-to-December CPI change. These are not observed grant recipients, success rates or government recoveries, and are not added to the national portfolio above.
| Case | Grant receipts | 2025 cash | End-1995 purchasing power | Nominal cash less $45M outlay |
|---|---|---|---|---|
| Low | $4.64M | $6.69M | $3.17M | -$38.31M |
| Median | $13.83M | $20.42M | $9.67M | -$24.58M |
| High | $20.48M | $30.24M | $14.33M | -$14.76M |
| Median; profitability delayed 3 years | $6.41M | $9.18M | $4.35M | -$35.82M |
| Median; Grant C fails completely | $9.03M | $13.51M | $6.40M | -$31.49M |
The default grant contracts do not recover the initial outlay in any of the three return cases. That may be consistent with a subsidy intended to create wider public benefits, but those benefits are not measured here. Profit shares, failure rates, administrative costs and financing must be evaluated with real cohort data before calling this fund financially self-sustaining.
Method, sources and limits
- Investment arithmetic: F(t) = F(t−1) × (1 + weighted historical return) × (1 − fee) + contribution. Contributions arrive at year end, so they earn no return that year. The same fixed nominal amount is contributed every year; no inflation escalation, withdrawals, taxes, trading costs beyond the assumed fee, or automatic reserve distributions.
- Funding comparator: L(t) = L(t−1) × (1 + annual bill-rate proxy + premium) + contribution. Borrowed or diverted receipts increase liabilities by L. Genuinely additional net cash creates no such liability but could instead reduce debt by L. This annual short-rate approximation is not actual Treasury financing or a maturity-matched liability portfolio. A higher premium is a sensitivity test, not a prediction of issuance costs.
- Historical data: Aswath Damodaran, NYU Stern: annual stock, bond and bill data. Stocks include dividends; the ten-year bond series includes price changes and coupons. The bill series is the annual average rate used as a return proxy. Values are taken from the published table, rounded there to two percentage-point decimals.
- Economy and debt: BEA nominal GDP and real GDP, Treasury debt held by the public, and BLS CPI-U, distributed by FRED. GDP is the average of four quarterly annualized observations; debt is the Q4 end-period stock. Ratios therefore differ from fiscal-year or Q4-GDP ratios. Purchasing power uses December 1995 CPI as its base. CPI is not the GDP deflator or PCE price index.
- No invented history: resource receipts, grant profitability, patent collections, AI-driven growth, anti-fraud savings, restoration costs and reserve purchases are not observed outcomes of this proposal. No additional income from them is booked. The $150B contribution is assumed, not recovered from an historical revenue series.
- What this cannot establish: index replication does not test the 5% company cap, nonvoting instruments, ten-year exits, five-year cooling-off or company exclusions. Policy and market feedback, capacity constraints, forced-sale costs and legal implementation remain unmodeled. The data are today’s revised history, not unrevised information available to an investor in each year. No allocation was optimized to this sample; U.S. market selection and one thirty-year period limit generalization.
The earlier calculators remain illustrative forward scenarios. This historical section does not replace their assumptions or validate the complete SSWF policy.
Central scenario
Central illustrative scenario · Chart A
- Real GDP growth
- 3.0%
- Proposed inflation target
- 4.0%
- Nominal GDP growth
- 7.12%
- Imposed debt-growth constraint
- 2.0%
- Annual capitalization example
- $150B
- Long-run nominal benchmark
- Approximately 7%
Illustrative debt held by the public/GDP
Fiscal objective: move toward primary balance and achieve the additional adjustment needed for the debt constraint. Chart B is separate: 1% debt growth and assumed qualifying assets of 20% of GDP at year 30.
This is a mathematical scenario, not a forecast.
The objective
+ Natural capital
+ SSWF financial assets
+ Strategic reserves
− Federal liabilities
This is a conceptual balance-sheet framework, not an accounting identity: GDP is an annual flow, while assets and liabilities are stocks. They cannot simply be added in dollars. Private productive assets, sovereign holdings, natural capital and reserves need consistent valuation and consolidation to avoid overlap. Chart B uses only the narrower financial-debt definition above.
America should not manage only a national debt.
It should also manage a national balance sheet.
The proposed strategy is to grow productive capacity; keep liability growth below nominal economic growth; convert finite public assets into permanent financial assets; secure a capped, temporary project return from commercial success financed by taxpayers; invest broadly rather than politically; protect and restore natural capital; accumulate strategic reserves; and use mature sovereign wealth to progressively reduce federal debt.
Private owners keep control. The public claim is limited, temporary and enforceable only within its disclosed terms. A permanent national fund would build assets through successive lawful investments, not permanent control of individual businesses.
The SSWF is a proposed institution for pursuing that objective. Its funding, legal design, returns and public benefits still need to be demonstrated.
Sources and Methodology
Policy revision: September 30, 2026. Ownership and project-return safeguards were added after feedback; the dated economic sources and model inputs below are unchanged. Current-law statements, dated federal projections, policy proposals and model assumptions are distinguished throughout. The CBO comparison retains the February 2026 baseline and links the later tariff update. The September 16 FOMC statement confirms the current 2% goal. Citations support the attributed facts, not government endorsement of this proposal.
Calculation and valuation rules
- Chart A uses the existing calculator: D(t)/Y(t) = 100 × [(1+d)/((1+g)(1+π))]t, with central g = 3%, π = 4%, d = 2%. Unrounded rates are used; displayed values round to one decimal.
- Chart B uses the same ratio identity with d = 1%. Qualifying financial assets/GDP are stipulated at 0, 2, 5, 8, 12, 16 and 20 percentage points at years 0, 5, 10, 15, 20, 25 and 30; intervening years are linearly interpolated. Net debt/GDP subtracts those asset ratios. There are no probabilities or confidence intervals.
- Chart B excludes physical reserves and natural capital. A future physical-reserve statement would disclose quantities, valuation date, market versus book values, storage costs, liquidity restrictions and any valuation haircuts. Existing gold or SPR transfers would not create new consolidated wealth.
- The financial asset definition excludes intra-federal claims, encumbered restoration balances and duplicate holdings, and nets any SSWF financial liabilities. Assets would require independent valuation, audit and reconciliation to gross federal liabilities.
- The scenario inflation input is GDP-price inflation, assumed equal to the proposed PCE-style objective solely for illustration. The two price measures can diverge.
- The separate accumulation table uses F(t) = C × ((1+r)t−1)/r, with C = $150B at each year end, zero initial balance, fixed nominal contributions, constant returns and no fees or withdrawals. At r = 0, F(t) = C × t. Its results do not generate Chart B’s asset assumptions.
- The illustrative return benchmark adds 3 percentage points to inflation. At 4% inflation, a 7% nominal return is about 2.88% real before fees. Neither this target nor the 50/25/15/10 distribution split establishes a sustainable annual payout rate.
- Distributions are allocated only after required reinvestment and legal obligations. Reserve purchases, reinvestment and Treasury transfers are separate uses of cash. A return cannot simultaneously be reinvested and spent, and innovation-dividend receipts cannot simultaneously fund the SSWF and retire debt.
- The earlier resource-fund simulations linked above are a historical stress test. The broader SSWF, company elections, grant interests, patent contribution and reserve rules have not yet been integrated into that stochastic model. Neither model prices the new 5% cap, ten-year exits, cooling-off period, 2× commercial-support ceiling, program sunsets or anti-fraud proposals. Their effects on returns, costs and revenues require new valuation and fiscal scoring; the existing charts are not evidence that the revised plan reaches their assumed results.
A full feasibility study would require a scored fiscal budget; refinancing, interest and indexation paths; independently supported revenue and grant valuations; asset allocation, fees and drawdowns; labor and distributional effects; environmental and tribal assessments; and legally enforceable governance. This page does not assume those unresolved conditions away.
- CBO · The Budget and Economic Outlook: 2026 to 2036February 2026 baseline: debt held by the public, deficits and real growth. These are dated official projections, not measured current balances.
- Treasury · Debt to the PennyDistinguishes debt held by the public from intragovernmental holdings and total public debt outstanding.
- Federal Reserve Act · Section 2AExisting statutory monetary-policy objectives; no numerical 2% or 4% target appears in this section.
- Federal Reserve · FOMC statement, September 16, 2026The statement continues to identify 2% as the Committee’s goal. The proposed congressional 4% target is not current policy.
- BLM · About UsApproximately 245 million surface acres and 700 million mineral-estate acres. Acreage is not a valuation of economically recoverable resources.
- USGS · Mineral Commodity Summaries 2026Mineral production, reserves and resources; resource inventories do not establish investable federal revenue.
- GAO · Mining Operations OversightFederal mining systems, royalty differences, reclamation and abandoned-mine oversight.
- Interior / ONRR · FY2025 revenue disbursementsReported $14.61B across recipients, including $5.01B to Treasury. This is existing revenue, not a forecast of additional SSWF receipts.
- BLM · Mining and Minerals: BondingExisting financial guarantees for covered mining operations; the expanded restoration architecture here is proposed.
- Treasury · Status Report of U.S. Government Gold ReserveExisting sovereign gold holdings and reporting. Official book values and market values must not be treated as interchangeable.
- CBO · Updated Budgetary Projections of Tariffs, August 20, 2026A subsequent update to the February baseline. The dated comparison in this page does not incorporate every later policy change.
- Federal Reserve · Longer-Run Goals and Monetary Policy StrategyCurrent strategy statement: 2% longer-run inflation measured with the PCE price index and the Fed’s policy framework.
- DOE · Strategic Petroleum ReserveEmergency energy-security purpose and approximately 714 million barrels of authorized storage capacity, not current inventory.
- U.S. Code · 35 U.S.C. Chapter 18Current law governing patent rights in federally assisted inventions, including commercialization objectives and disposition of rights.
- NIST · Bayh-Dole Regulations for Federally Funded InventionsFederal implementation and regulatory context. The proposed grant participation and 1% sales contribution are additional legislative proposals.
- Norges Bank Investment Management · About the fundNorway’s Government Pension Fund Global illustrates conversion of petroleum receipts into a diversified portfolio. Its legal structure and economics differ from this proposal.
- GAO · Payment Integrity: Significant Improvements Are Needed to Address Improper Payments and FraudSeptember 10, 2024 testimony: prevention, detection, recovery and congressional oversight; improper payments and fraud are not interchangeable. Estimated losses are not a guaranteed source of budget savings.
- IFSWF · Santiago PrinciplesVoluntary sovereign-fund governance principles support transparency, accountability and prudent investment. The binding caps, exit rules and remedies proposed here go beyond this voluntary framework.
- David Russ · Proposed Bills: No Strings ActCampaign proposal advocating project-specific funding conditions and limited, auditable contracts. This comparison does not establish endorsement of DutyStation’s plan, adoption of his bill, or independently scored savings.
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