Neutral-atom quantum systems achieve critical error correction milestone
Researchers have demonstrated that neutral-atom quantum computers can perform sustained error correction, closing the performance gap with superconducting alternatives.
No. 153
Discipline 02 · Page 3
Physics
From the particle scale to spacetime itself — the experiments testing the limits of the standard model.
JWST Data Reanalysis Reveals New Molecular Signatures in WASP-18b Atmosphere
Researchers have identified carbon monoxide, water, and hydroxyl in the atmosphere of a hot Jupiter by applying advanced signal processing to archival telescope data.
No. 152
MIT Maps 3D Atomic Structure of Relaxor Ferroelectrics
Researchers have successfully mapped the three-dimensional atomic structure of relaxor ferroelectrics, resolving a decades-old materials science mystery. The findings provide a validated framework for engineering advanced sensors and energy storage devices.
No. 123
TNO launches AI platform PolyScout to cut polymer development cycle to months
The machine learning system relies on validated experimental data to reverse-engineer bio-based packaging for the food and medical sectors.
No. 120
Physicists Capture Synchronized Quantum Behavior Challenging Classic Superconductivity Theory
Direct imaging of a supercooled Fermi gas reveals that paired particles influence each other’s positions, exposing a critical gap in the 70-year-old BCS framework.
No. 116