Experiments
Every experiments we track across physics, 10 entries in all, each with what it does, how it works and key results.
Independent labs confirm e/4 charge in gallium arsenide
Two independent experiments have measured quasiparticles carrying one-quarter of an electron's charge in the ν = 1/2 fractional quantum Hall state, a...
ATLAS and CMS Develop New Tracking for HL-LHC Challenges
The ATLAS and CMS experiments are preparing new tracking algorithms to handle the high particle density of the HL-LHC, achieving over 85% efficiency...
Laser experiments reveal consistent magnetic
Kyushu University researchers used high-power lasers to recreate magnetic reconnection, the process behind solar flares.
Self-Supervised Learning Sharpens Resonance Mass
A new self-supervised learning method improves the reconstruction of heavy resonance masses in particle physics experiments, showing sharper peaks and
Building Reproducibility into Moiré Material Research
A Nature Physics perspective argues that reproducibility challenges in moiré material experiments must be addressed from the outset in material...
AI proposes physics experiments that beat
An international team shows artificial intelligence can design physics experiments using existing lab components that yield more precise results than
Quantum Gravity Signs May Be Illusion
A new theory suggests experiments thought to show quantum gravity may have a simpler explanation, refining the search for true evidence.
New theory may solve 30-year neutrino mystery
A theoretical study suggests that missing neutrinos in gallium-based experiments may not indicate a new particle but could be due to a calculation...
Exact Time-Correlated Coincidence Modeling with Reset Boundaries
Physicists have developed a new method for analyzing rare prompt-delayed signals in high-energy physics experiments.