Latest Science News
Cambridge Lab Mistake Reveals Light-Powered Drug Molecule Modification
Scientists at the University of Cambridge discovered a light-powered chemical reaction using an LED lamp to form carbon-carbon bonds in complex drug molecules under mild conditions, avoiding toxic chemicals. This breakthrough, from a failed experiment, enables late-stage drug optimization faster and greener, with high functional-group tolerance.
Professor Erwin Reisner highlights its potential for sustainable chemical manufacturing.
Ancient DNA 'Switches' Discovered in Plants After 400 Million Years
Researchers identified over 2.3 million conserved non-coding sequences (CNSs) acting as genetic switches across 314 plant genomes using the new Conservatory tool. These regulatory elements, hidden for 400 million years, control gene activation and offer insights into plant evolution and crop improvement.
The atlas aids breeders in addressing drought and food shortages.
Brown Engineers Block Dendrite Growth in Solid-State Batteries
Brown University engineers developed a temperature gradient method across solid-state electrolytes to prevent destructive dendrite growth, solving a key barrier for next-generation batteries. This practical solution enhances battery safety and performance.
The study was published recently.
LZ Experiment Sets Dark Matter Detection Record
The LUX-ZEPLIN (LZ) experiment, with Brown University contributions, analyzed its largest dataset, setting strongest constraints on low-mass WIMPs and detecting solar core neutrinos. This advances the hunt for dark matter particles.
Results strengthen limits on weakly interacting massive particles.
New Class of Particles Discovered Advancing Quantum Mechanics
Brown University-led researchers found a new class of particles that could explore quantum phenomena further, impacting future computing and technology. The discovery opens new ways to study quantum effects.
It has implications for technological advances.
Palm-Sized Superconducting Magnet Reaches 42 Tesla
Scientists created a compact superconducting magnet achieving 42 tesla, rivaling the world's largest, marking a milestone in high-field magnetism. This palm-sized device advances materials science applications.
It was highlighted in top weekly science news.
Asteroid 2026 EG1 Makes Close Earth Flyby
Asteroid 2026 EG1 passed Earth at 197,466 miles on March 12, closer than the Moon's average distance, underscoring planetary defense efforts. NASA tracks over 41,000 NEOs, with Vera Rubin Observatory aiding discoveries.
It highlights improving detection and response strategies.
SLAC Prototypes New X-ray Laser After Five Years
SLAC scientists are ready to prototype a novel X-ray laser concept after five years of development. This advances ultrafast science tools.
It enables better studies of materials and processes.
SLAC Images Plasma Instability for Fusion and Astrophysics
Using LCLS X-ray laser, SLAC researchers resolved plasma instability evolution, relevant to fusion energy and astrophysics. This platform images fast phenomena precisely.
It supports fusion research advancements.
Vera C. Rubin Observatory Launches Real-Time Sky Monitoring
NSF-DOE Rubin Observatory issued first scientific alerts, starting real-time night sky discovery in astrophysics. It marks a new era of dynamic observations.
The system enhances NEO and transient event detection.
Quantum Computing Breakthrough Debunked by Scientists
A hyped major quantum computing advance was revealed not as claimed, tempering expectations in the field. Experts clarified the limitations on March 14.
This affects perceptions of recent progress.