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Singapore Lab Builds World's Most Accurate Lutetium Atomic Clock

Verified to 19 decimal places with a 1×10^-19 uncertainty, the result could influence the post-2030 redefinition of the SI second.

Researchers Realize First All‑Optical Photonic Time Crystal

Optical Lab ‘Black Hole’ Shows Hawking‑Like Emission and Measurable Backreaction

CERN Switches Off LHC to Begin Multi‑Year Upgrade to High‑Luminosity Machine

Two Teams Report Working Thorium‑229 Nuclear Clocks

First Working Nuclear Clock Built Using Thorium-229

Plasma ‘Mirror’ Breakthrough Points to Record Lab Light Intensities

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

Australia Unveils First Working Quantum Battery Prototype

Ubiquitous Carbon Film Found to Control Static Charge Flow on Insulating Oxides

Palm-Sized Superconducting Magnet Reaches 42 Tesla, Nears National‑Lab Strength

Researchers Drive Thorium-229 Nuclei With Laser Inside Opaque Solid

SNO+ Detects Solar Neutrinos Converting Carbon-13 Into Nitrogen-13

Nature Study Identifies Surface Topological Superconductivity in PtBi2 With Six-Fold Pairing and Edge Majoranas

CERN Experiment Recreates Blazar Pair Cascades, Points to Intergalactic Magnetic Fields

NOvA–T2K Publish First Joint Neutrino Analysis, Pointing to Possible CP Violation

Thorium Nuclear Clock Sets 6,000x Gain in Sensitivity for Probing the Fine-Structure Constant

NOvA and T2K Combine to Set Sub-2% Neutrino Mass-Splitting Benchmark

DTU-Led Experiment Shows Proven Quantum Advantage on a Photonic Platform

First Lab Demo Redirects Quantum Uncertainty for Sharper Dual Position–Momentum Sensing