
Latest Science News
University of Houston Sets New Ambient-Pressure Superconductivity Record at 151 K
Researchers at the University of Houston and Texas Center for Superconductivity achieved the highest transition temperature for superconductivity at ambient pressure since 1911, using a 'pressure quenching' technique. This breakthrough brings room-temperature superconductivity closer, potentially revolutionizing power grids and energy systems.
The study was published March 9 in PNAS.
Fermilab Scientists Study Gamma Rays' Effects on Superconducting Qubits Underground
Fermilab-led researchers are investigating gamma ray impacts on superconducting qubits deep underground to advance quantum sensors for dark matter detection and particle physics. The study uses SMSPDs and plans comparisons with SLAC's SQUAT sensor for optimized quantum devices.
Additional plans include longer observations and material analysis for radioactivity sources.
UW-Madison Develops Photonic Content Addressable Memory for Optical Computing
UW-Madison engineers created an optical CAM array enabling large parallel operations, key for future optical computing advancements. This innovation supports efficient data processing in photonic systems.
Related news highlights its role in next-gen memory tech.
New Light-Extracting Structure Boosts Quantum Device Performance
A low-cost structure from UW-Madison enhances light output from quantum materials like diamond without surface damage, addressing common performance issues. This could improve solid-state quantum devices significantly.
A video demonstrates the technology.
Université TÉLUQ AI Research Accepted at Prestigious ICLR 2026
Professor Wassim Bouachir's AI model for emotion-aware human-machine interaction was accepted at ICLR, a top AI conference with low acceptance rates. Developed with limited resources at a distance learning university, it outperforms expectations.
Source code is publicly available for community use.
Fermilab and Partners Achieve Breakthrough in Scalable Quantum Computers
DOE quantum centers, including Fermilab and MIT, used cryoelectronics to control ion traps, a key step toward scalable quantum computing. This February 26 advancement supports practical quantum systems.
It builds on national quantum research efforts.
Fermilab Supercharges Neural Networks for Particle Physics AI
Fermilab researchers developed an open-source framework for hardware enabling rapid data decisions in high-volume physics experiments. This boosts AI's role in analyzing particle collider data.
The January work aims to revolutionize experimental physics.
New AI Tool Predicts Chemical Reactions to Accelerate Drug Discovery
Scientists created a machine learning system predicting molecular forms in complex reactions, potentially cutting lab costs and speeding drug development. This tool enhances precision in pharmaceutical synthesis.
It targets efficiency in medicinal chemistry.
Huntsman Cancer Institute Deploys AI Supercomputer for Research
Huntsman Cancer Institute's AI supercomputer will advance cancer gene discovery via the Utah Population Database, aiding mental health and Alzheimer's too. Infrastructure upgrades support theranostics and radioligand therapies.
Leaders emphasize broad impacts across Utah universities.
ACS Spotlights Women Leading 2026 Scientific Breakthroughs
ACS Publications highlights women in chemistry through special issues, awards, and collections for Women's History Month, featuring energy research pioneers. Winners include 2025 lectureships in catalysis, physical chemistry, and more.
It promotes equitable access in scientific discovery.