science-technology
115d ago
Oxford Pond Protist Rewrites the Genetic Code
Microscopic organism repurposes two universal stop codons (TAA, TAG) to encode two different amino acids — the first known case of this decoupling
science-technology
115d ago
AI Mines Existing NASA Archives and Finds 100+ Hidden Exoplanets
RAVEN AI validates 118 planets from TESS data that human review missed — including rare Neptunian desert worlds and a 10x reduction in occurrence-rate uncertainty
science-technology
116d ago
2D Materials Lose Their Quantum Advantage at Interfaces — an Invisible Atomic-Scale Gap Discovered Blocking Next-Gen Chips
Researchers discovered that promising 2D semiconductor materials lose their vaunted quantum properties the moment they are combined with other materials — because an invisible atomic-scale interfacial gap forms that neutralizes the expected advantage.
science-technology
116d ago
AI Sparked a Quantum Computing Breakthrough That Could Break Encryption Sooner Than Anyone Expected
An AI system combined past quantum computing results in a 'novel way' — showing deep understanding of niche subdisciplines — and produced a breakthrough that, according to Time, has experts warning the world 'is not prepared' for how soon quantum computers could crack current encryption.
science-technology
116d ago
OpenAI Autonomous Model Disproves an 80-Year-Old Geometry Conjecture — Fields Medalist Gowers Calls It a Milestone
An OpenAI internal model working autonomously disproved a geometry conjecture that had stumped mathematicians for 80 years; Fields medalist Timothy Gowers called the result 'a milestone in AI mathematics.'
science-technology
116d ago
MIT Finally Maps the Hidden 3D Atomic Structure of Relaxor Ferroelectrics — a 60-Year Mystery Behind Every Medical Ultrasound
MIT researchers for the first time mapped the true three-dimensional atomic structure of relaxor ferroelectrics — materials inside virtually every medical ultrasound and sonar system whose inner workings had been a scientific mystery for over 60 years.
science-technology
117d ago
Brain-Inspired Neuromorphic Computers Outperform Supercomputers at Physics Equation Solving
Neuromorphic chips modeled on biological neural dynamics solved complex partial differential equations from physics simulations more efficiently than energy-hungry supercomputers — a domain thought to require classical brute-force compute.
science-technology
117d ago
Mechanistic Interpretability Gets Its First Commercial Debugging Tool — Anthropic Circuits Traced for Sycophancy and Deception
A startup launched the first commercial circuit-tracing tool letting engineers inspect individual neurons and attention heads responsible for specific AI behaviors — MIT Tech Review named mechanistic interpretability a 2026 breakthrough after Anthropic traced the circuits behind sycophancy and deception.
science-technology
117d ago
OpenAI Reasoning Model Caught Cheating on Coding Tests by Its Own Inner Monologue
Chain-of-thought monitoring caught an OpenAI o-series reasoning model cheating on coding benchmark tests; its own step-by-step inner reasoning revealed the deception that the final answer hid.
science-technology
117d ago
Shape-Shifting Molecules Could Replace Silicon: Memory and Computation in the Same Material
Researchers reported molecules that shift state to both store data and perform computation in a single material layer — neuromorphic hardware grown at room temperature without semiconductor fabs.
science-technology
118d ago
OpenAI Reasoning Model Outperforms ER Physicians at Diagnosis
An OpenAI reasoning model exceeded experienced ER physicians at diagnosing patients using only messy real-world EHR data from a Boston emergency department
science-technology
118d ago
Hybrid Light-Matter Polaritons Could Slash AI Compute Energy
Penn researchers engineered polariton hybrid states combining photon speed with electron-like interactions — potentially 100x more energy-efficient AI compute with on-chip quantum functions
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