Microscopic black holes at the LHC remain elusive—but their possible mass is now constrained to 9–11.4 TeV
Single photons followed 1,419,857 possible paths, and their combined behavior matched Feynman’s prediction
The light spectrum from a rice-grain-sized chip can produce several millimeter-wave frequencies at once
Quantum Coherence Vanished and Reappeared at the Exact Moments Predicted by the Riemann Zeta Function’s Mysterious Zeros
Discarding More Than 99.94% of Quantum Computations Let a 97-Qubit Processor Certify a Classically Hard Result
Oxygen and Neon Collisions at the Large Hadron Collider Reveal Stronger Evidence for Primordial Quark–Gluon Plasma Beyond Heavy-Ion Experiments
Scientists Demonstrate Strong Coupling Between a Single Electron on Superfluid Helium and a Microwave Photon, Advancing a Long-Standing Quantum Computing Concept
Scientists Capture Electrons in Attoseconds and Discover a New Quantum Space-Time Limit That Reveals a 500-Attosecond Response Delay
Scientists Propose a Radical New Theory of Gravity That Could Explain the Universe’s Accelerating Expansion Without Dark Energy
Calcium Monohydride Molecules Cooled Below 1 Millikelvin in a 3D Laser Trap, Opening a New Path Toward Ultracold Hydrogen for Precision Physics
