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Published news and blog articles, organized by category. Browse older coverage by month or search for a topic. Undated blog guides appear after dated news.
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How solid-state batteries are designed
How solid-state batteries are designed | N43 N43 ANALYSIS AI · 038 N43 ANALYSIS · BATTERY DESIGN How solid-state batteries are designed Designing a solid-state battery is an exercise in interface engineering: choosing an electrolyte…
How Solid-State Batteries Could Change Technology
How Solid-State Batteries Could Change Technology | N43 N43 ANALYSIS AI · 040 N43 ANALYSIS · ENERGY STORAGE How Solid-State Batteries Could Change Technology Solid-state batteries replace the flammable liquid electrolyte of lithium-ion…
How solid-state batteries work
How speech recognition are designed
How speech recognition are designed | N43 N43 ANALYSIS AI · 092 N43 ANALYSIS · AI How speech recognition are designed How speech recognition are designed examines the engineering choices that shape a speech system: data selection, model…
How speech recognition could change technology
Speech recognition is moving from a transcription feature to a general control layer. Its next effect may be changing who can operate software, devices, and services at all.
How speech recognition work
How speech recognition work | N43 N43 ANALYSIS AI · 091 N43 ANALYSIS · AI How speech recognition work How speech recognition work traces the full pipeline from acoustic wave to transcribed text: capturing sound, extracting spectral…
How Superconductors Are Designed
How Superconductors Are Designed | N43 N43 ANALYSIS AI · 010 N43 ANALYSIS · MATERIALS SCIENCE How Superconductors Are Designed From crystal lattices to Cooper pairs, the engineering blueprint behind materials that conduct electricity with…
How Superconductors Could Change Technology
How Superconductors Could Change Technology | N43 N43 ANALYSIS AI · 012 N43 ANALYSIS · TECHNOLOGY FORECAST How Superconductors Could Change Technology From lossless power grids to quantum computers and fusion reactors, the technologies…
How Superconductors Work
How Superconductors Work | N43 N43 ANALYSIS ai · 009 N43 ANALYSIS · QUANTUM PHYSICS How Superconductors Work Zero electrical resistance, expelled magnetic fields, and quantum coherence at macroscopic scale: the physics of superconductivity…
How surgical robots are designed
How surgical robots are designed | N43 N43 ANALYSIS AI · 080 N43 ANALYSIS · AI / MEDICAL ROBOTICS How surgical robots are designed Surgical robots are designed through a convergence of mechanical engineering, control systems, human…
How surgical robots could change technology
How surgical robots could change technology | N43 N43 ANALYSIS AI · 082 N43 ANALYSIS · AI / ROBOTICS / FUTURES How surgical robots could change technology The next surgical-robot revolution may happen outside the operating arm. Shared…
How surgical robots work
How surgical robots work | N43 N43 ANALYSIS AI · 079 N43 ANALYSIS · AI / MEDICAL ROBOTICS How surgical robots work Surgical robots work by translating a surgeon's hand movements into scaled, filtered, tremor-corrected motions of miniature…
How Synthetic Biology Could Change Technology
How Synthetic Biology Could Change Technology | N43 N43 ANALYSIS AI · 063 N43 ANALYSIS · AI How Synthetic Biology Could Change Technology When cells become programmable factories, biology stops being only a science of life and becomes a…
How Synthetic Biology Is Designed
How Synthetic Biology Is Designed | N43 N43 ANALYSIS AI · 061 N43 ANALYSIS · AI How Synthetic Biology Is Designed From DNA-as-code to standardized biological parts and the design-build-test cycle, synthetic biology treats living systems as…
How Synthetic Biology Works
Synthetic biology treats living systems as designable, testable platforms—while accounting for the context, variability and safety constraints that make biology unlike ordinary hardware.
The Science Behind Bioprinting
Bioprinting is not ordinary 3D printing with cells added: it is a coupled problem in materials science, fluid mechanics, cell biology and tissue maturation.
The science behind brain-computer interfaces
The science behind brain-computer interfaces | N43 N43 ANALYSIS AI · 077 N43 ANALYSIS · AI / NEUROSCIENCE The science behind brain-computer interfaces Brain-computer interfaces work because neural populations encode movement, speech, and…
The science behind carbon fiber
The science behind carbon fiber | N43 N43 ANALYSIS AI · 054 N43 ANALYSIS · AI / MATERIALS SCIENCE The science behind carbon fiber Carbon fiber's extraordinary properties are not a single fact but a chain of science: the covalent bond…
The science behind chip packaging
The science behind chip packaging | N43 N43 ANALYSIS AI · 035 N43 ANALYSIS · AI / HARDWARE The science behind chip packaging A package works because several kinds of physics meet in a small volume: electrons need controlled paths, heat…
The science behind digital twins
The science behind DNA data storage
The science behind DNA data storage | N43 N43 ANALYSIS AI · 066 N43 ANALYSIS · AI The science behind DNA data storage The science behind DNA data storage joins polymer chemistry, molecular biology, sequencing, and error-correcting codes.…
The Science Behind Error-Correcting Codes
The Science Behind Error-Correcting Codes | N43 N43 ANALYSIS AI · 003 N43 ANALYSIS · INFORMATION THEORY The Science Behind Error-Correcting Codes From Shannon's entropy to Galois fields: the mathematical foundations that make error…
The science behind flow batteries
The science behind flow batteries | N43 N43 ANALYSIS AI · 047 N43 ANALYSIS · AI / ENERGY SYSTEMS The science behind flow batteries Flow batteries turn dissolved molecules into a controllable electrical gradient. Their science joins redox…
The science behind hydrogen fuel cells
Hydrogen fuel cells turn chemical free energy into electricity without burning the fuel. Their behavior follows electrochemistry, thermodynamics, transport, and materials science—and every layer leaves a measurable signature.
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