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Experimental Physics

Quantum Experiments Data Analysis CERN Detection Methods Neutrino Experiments High Energy Physics Large Hadron Collider Measurement Techniques Research Methods High-Energy Physics

NIST Replicates Classic Gravity Test, Reports Lower Value for G

The carefully controlled result adds a new data point without settling the long-running gap between precision measurements.

Plasma ‘Mirror’ Breakthrough Points to Record Lab Light Intensities

New Hybrid Lattice QCD Result Brings Muon g‑2 in Line With Experiment

Physicists Propose Optical Clock Tests for Quantum Time in Peer‑Reviewed Study

Breakthrough Prizes Honor Muon Precision and Gene‑Therapy Milestones

Dual-Frequency Paul Trap Holds Electrons or Ions, Advancing Antihydrogen Research

CMS Pinpoints W-Boson Mass That Matches the Standard Model

Quantum Gravity Model Embeds Inflation in Gravity, Sets Floor for Primordial Waves

ANU Team Demonstrates Bell Correlations in Helium Atoms’ Motion

Ultrafast X-Rays Reveal Elusive Critical Point in Supercooled Water

CERN Moves Antimatter by Truck for the First Time

CERN Moves Antiprotons by Truck for the First Time

CERN Moves Antimatter by Truck for the First Time

LHCb Detects Doubly Charmed Baryon Ξcc⁺ With 7-Sigma Significance

LHCb Confirms Doubly Charmed Ξcc⁺ Baryon in 7σ Discovery

New Studies Probe KM3NeT’s Ultra-High-Energy Neutrino, Testing New Physics Against Cosmogenic Models

Hydrogen Spectroscopy Finds 0.8406 fm Proton Radius, QED Verified to 13 Decimal Places

Lab Tests Show Tough Microbe Survives Asteroid Ejection Pressures

NTNU Team Reports Triplet-Like Superconductivity Signatures in NbRe at 7 Kelvin

IceCube Installs Six Deep-Ice Strings With About 670 New Sensors at the South Pole