Article archive
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.
9,599 articles · Newest first
When will the world run out of water: the timeline the regions and what it means
The planet is not running out of water in absolute terms, but accessible freshwater is depleting fast. Here is the timeline, the most vulnerable regions, and what water stress means for the coming decades.
AI breaks quantum-resistant cryptography: what it means and why it matters
An AI-assisted attack broke a NIST post-quantum cryptography candidate in 60 hours, demonstrating that quantum resistance alone is not sufficient. The event highlights the need for AI-assisted cryptanalysis in security evaluation and for…
AI content moderation 2026: can AI stop fake news and what the limits are
AI content moderation models can process millions of posts per day, but they struggle with context-dependent categories like misinformation and hate speech. Open-weights models offer transparency, but the fundamental trade-off between…
AI wealth inequality: why it will be impossible to ignore and what it means
Artificial intelligence concentrates wealth in the hands of those who own the models, the data, and the compute. The middle class is particularly exposed, and the policy options being debated may determine whether AI widens inequality to…
Brain-computer interface: how BCI gives patients independence and what it means
Brain-computer interfaces read neural signals and translate them into commands for cursors, robotic arms, and speech synthesizers, restoring agency for paralyzed patients. The technology is improving, but cost and accessibility remain the…
Deep-sea mining 2026: the crisis the race for minerals and what it means
The green energy transition needs minerals that the deep ocean floor contains in vast quantities. As the International Seabed Authority races to finalise mining rules under deadline pressure, the tension between resource demand and…
The future of brain-computer interfaces: what comes next and when it matters
Brain-computer interfaces are moving from the lab to human trials. Here is where the technology stands, which companies are pushing it forward, and what comes next.
How deep-sea mining works: the technology the risks and the environmental cost
Deep-sea mining promises critical minerals for batteries but threatens poorly understood ocean ecosystems. Here is how the technology works and what is at stake.
Permafrost thaw: sinking houses releasing methane and the climate feedback loop
Permafrost locks away nearly double the carbon in the atmosphere. As Arctic temperatures rise, the frozen ground is thawing, infrastructure is sinking, and a powerful climate feedback loop is activating.
The worst hack of 2026: what happened how it worked and what it means
A supply chain compromise that cascaded across multiple organizations defined the worst hack of 2026. Here is how it worked, what it exposed, and what defenders should learn.
AI drone swarms: how autonomous warfare is changing and what it means
AI-driven drone swarms can coordinate, adapt, and strike without individual human control. The technology is reshaping battlefields faster than the rules governing its use.
AI surveillance in smart cities: is privacy dead and what can be done
Smart cities are deploying AI-powered cameras, sensors, and data systems at scale. The privacy implications are real, and the regulatory responses vary sharply by country.
Algorithmic bias in hiring: how AI affects who gets jobs and what it means
AI tools now screen resumes, assess video interviews, and rank candidates — but they can reproduce and amplify existing discrimination at scale. Here is what the evidence shows.
Anti-aging drugs: the real science of senolytics and what they can do
Senolytic drugs selectively kill accumulated senescent cells that drive aging and chronic disease. Here is what the science actually shows about their potential and limits.
Astroscale space debris cleanup: the 2026 mission and what it means for orbit
Orbital debris is a growing threat to satellites and space operations. Astroscale's 2026 mission is a step toward active debris removal, but the technical and economic challenges are substantial.
EV battery recycling: turning old batteries into new power and what it means
As electric vehicle adoption accelerates, battery recycling is shifting from waste problem to resource play. Here is how the technology, economics, and environmental math actually work.
Geoengineering risks: did it already cause damage and what we need to know
Solar geoengineering could cool the planet, but evidence of unintended consequences is mounting. The question is not just whether it works, but whether it can be governed and what happens when it cannot.
Skin age reversal: the enzyme that removed 40 years and what it means for aging
Researchers have demonstrated cellular age reversal in human skin cells using a specific enzyme approach. The results are striking, but translating them to treatments requires careful distinction between skin and whole-body aging.
Solar geoengineering: the case for and against blocking sunlight to cool Earth
Solar radiation management could temporarily cool the planet by reflecting sunlight back to space. The science is plausible, the risks are profound, and the governance questions remain unanswered.
Space debris removal: the robots cleaning Earth orbit and why it matters
Millions of pieces of orbital debris threaten satellites, astronauts, and the space economy. Robotic removal systems are being built to clean up the mess before it becomes catastrophic.
AI for immigration lawyers: what actually works in 2026 and what does not
Immigration practice is adopting AI for research, translation, intake, and document review—but the useful systems are bounded, auditable, and supervised by a lawyer.
Can AI file a patent: the legal question and what patent offices have decided
Patent systems are testing a deceptively simple question: when software produces an invention, can the machine be named as the inventor—or must a human be credited?
Digital twin explained: how virtual replicas work and why they matter
A digital twin connects a real asset or process to a living computational model so teams can monitor, simulate, predict, and optimize what happens next.
Digital twins 2026: how virtual replicas are changing every industry
Digital twin technology creates virtual replicas of physical systems, from factories to human bodies to entire cities. The real-time data, sensor integration, and simulation capabilities that set digital twins apart from traditional…
Also explore blog articles and guides or search all DutyStation pages.