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Fundamental Physics

Standard Model Dark Matter Quantum Mechanics Gravity Research Nuclear Physics Quantum States Lorentz-Symmetry Violation Eddington Limit CERN

LHCb Reports First Single‑Experiment Evidence for Ultra‑Rare B0 → μ+μ− Decay

The 3.2σ measurement demonstrates upgraded LHCb's ability to probe zeptometre‑scale processes.

Northwestern Traps Single Positron and Controls Its Quantum States

Singapore Lab Builds World's Most Accurate Lutetium Atomic Clock

Breakthrough Prizes Honor Muon Precision and Gene‑Therapy Milestones

Scientists Capture First Diffraction of Positronium, Confirming Matter-Wave Behavior

After 59 Days of Data, JUNO Delivers First Precision Neutrino Measurements

ALPHA’s Laser‑Cooled Ion Method Speeds Antihydrogen Production Eightfold

Twin Black-Hole Mergers Display Extreme Spins, Strengthen Einstein’s Theory, and Point to Second-Generation Origins

University of Tokyo Squeezes Quantum Motion of a Levitated Nanoparticle

CERN Demonstrates First Antimatter Qubit with 50-Second Coherence

CERN Sustains First Ever Antiproton Qubit Coherence for 50 Seconds

Geneva Researchers Unveil Framework for Remote Joint Quantum Measurements

Quantum Sensors Achieve Breakthrough in Particle Detection at Fermilab

Atomic Clocks Installed on ISS Begin 30-Month Physics Experiment

SpaceX Successfully Launches CRS-32 Cargo Mission to ISS

NASA Awaits Signal From Parker Solar Probe After Historic Sun Encounter

New Model Suggests Our Universe Is Not Optimal for Intelligent Life

CERN's Future Circular Collider Gains Momentum with New Leadership

Breakthrough in Nuclear Clock Technology Promises Unmatched Precision