Latest Science News
Tiny Plant's Molecular 'Velcro' Could Supercharge Crop Yields
Scientists at Boyce Thompson Institute discovered hornworts use a protein feature called RbcS-STAR that clusters Rubisco enzyme for efficient CO2 capture in photosynthesis. This mechanism, when added to other plants, reorganizes Rubisco similarly, offering potential to engineer crops like wheat and rice for higher yields.
The finding addresses key agricultural limitations in sunlight-to-food conversion.
Lab-Made lncRNA Breakthrough Promises New Anti-Inflammatory Drugs
University of Toronto researchers synthesized long noncoding RNA (lncRNA) outside cells for the first time, targeting inflammation-linked sequences like GAPLINC and MIST. Delivered via nanoparticles, these reduced cytokine production in human cells and mice models.
This unlocks the 'dark transcriptome' for novel therapies mimicking natural healing processes.
Ultra-Long-Acting HIV Prevention Tools Highlighted at CROI 2026
At CROI 2026, researchers presented 'ultra-long-acting' HIV prevention beyond traditional long-acting options. A two-in-one implant delivering dolutegravir for HIV prevention and levonorgestrel for contraception showed promise in early animal studies for up to a year.
These multipurpose technologies address dual health needs in high-burden areas.
MIT Workshop Charts Future of AI in Mathematical and Physical Sciences
MIT's 2025 workshop on AI and MPS emphasized coordinated investments in computing, data, and cross-disciplinary training to advance both fields. AI aids real-time data handling in particle physics and protein design, as seen in 2024 Nobels.
A virtuous cycle of AI-science integration promises transformative discoveries.
China Races for Breakthroughs in Chemistry, Energy, and Biotech
Chinese labs, fueled by record R&D investments, target self-sufficiency in materials, energy, and biomedicine amid a new 5-year plan. Biochemists note progress in basic research but gaps in interdisciplinary talent; reforms aim to boost novel drugs.
Focus includes AI chips, hydrogen energy, and original therapies.
UW Astronomers Detect Rare Evidence of Two Planets Colliding
University of Washington astronomers observed a cloud of dust from two colliding planets, a rare cosmic event. This provides new insights into planetary dynamics and destruction processes.
Vera C. Rubin Observatory's real-time alerts, developed at UW, enable such detections.
Programmable Proteins Enhance Targeted Drug Delivery
UW researchers engineered proteins with 'smart tail' structures for autonomous decision-making based on environmental cues. This improves precision in therapies, reducing off-target effects and dosages.
The approach advances targeted medicine significantly.
Thermodynamic Computing Reduces Energy Demand in AI
Berkeley Lab advanced thermodynamic computing powered by thermal noise, potentially slashing energy use in computations. New designs and training methods accelerate this probabilistic computing paradigm.
It targets AI and complex simulations efficiently.
Goddard Centennial Marks 100 Years of Liquid Rocket Propulsion
March 16, 2026, commemorates Robert Goddard's 1926 first liquid-fueled rocket flight. His innovations in propulsion, guidance, and control underpin modern launch vehicles and space systems.
This legacy enables today's spacefaring capabilities.
New Electron Microscopy Reveals Atomic Structures in Nanocrystals
Berkeley Lab's technique solves previously unsolvable atomic structures in nanocrystals via advanced electron microscopy. This breakthrough aids materials science for microelectronics and beyond.
It accelerates discovery in nanotechnology.
Organic Compounds Detected in Enceladus' Subsurface Ocean
Cassini data analysis by UW-involved researchers identified novel organic compounds in Enceladus' water jets, likely from its ocean. This bolsters evidence for potential life-supporting conditions on the Saturn moon.
First such detections beyond Earth.