Claims that did not hold up
Everything filed under results in our physics coverage, the 45 reports filed on it so far.
Hyperbolic wave attractors enable robust
Researchers demonstrated that hyperbolic metamaterials suppress chaotic wave dynamics, creating robust, chiral, broadband wave attractors in linear
Classical Networks Mimic Quantum Math in Biology
Chemist Gregory Scholes argues that biological systems may achieve quantum-like efficiency through classical, complex networks rather than genuine...
Quantum entanglement persists in fleeting Z bosons at CERN
Physicists have found strong evidence that Z bosons, heavy particles produced in Higgs boson decays at the Large Hadron Collider, become quantum...
NIST's Decade-Long Gravitational Constant Experiment Deepens
A ten-year NIST experiment has produced a new measurement of the gravitational constant, big G, that differs from a leading 2007 result, maintaining a
Caltech chip steers light in 74 femtoseconds
A Caltech team has built a silicon metasurface device that uses one light beam to redirect another in just 74 quadrillionths of a second, a...
Smith Hat Monotile Structure Generates Chiral Light Patterns
Researchers have discovered that optical structures based on the aperiodic 'Smith hat' monotile twist laser light into chiral, pinwheel-like...
Quantum Collapse Models Suggest Time Has Fundamental
New theoretical work indicates that certain quantum collapse models, if correct, imply a minuscule intrinsic uncertainty in time itself, setting an
Ultra-High-Energy Photon Defies Physics to Reach Earth
A 300 TeV photon from a distant gamma-ray burst survived a 2-billion-light-year journey that should have destroyed it, challenging Einstein's...
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...
Layer Number Tunes Topological Magnet Properties
Researchers at Tohoku University have demonstrated that varying the number of layers in a crystal provides a systematic method for designing...
Study reveals hidden slow creep stage before explosive
A new study from Hebrew University of Jerusalem shows cracks begin as tiny 2D patches that creep slowly before a geometric transition triggers...
CMS Uses Neural Flow to Spot Anomalous Dijet Events
Researchers applied an unsupervised neural spline flow model to CMS Open Data, identifying dijet events with low likelihood scores that deviate from
Lower Pressure Boosts Atomic Oxygen in Plasma
Tokyo Metropolitan University researchers found that generating oxygen plasma at moderately reduced pressure extends the lifetime of reactive atomic...
Soft Microgels Stabilize Centimeter-Long Water Jets
Researchers at TU Darmstadt have shown that soft polymer particles called microgels can dramatically extend the stability of thin water jets...
New Theory Unifies Heat's Memory and Nonlocal Transport
Physicists Jianjun Dong and Yi Zeng have developed a unified theoretical framework that describes heat conduction as a process with memory and spatial
Electrons in ZrTe5 defy quantum limit under
Scientists observed anomalous quantum oscillations in zirconium pentatelluride that persisted beyond the quantum limit under 60 tesla magnetic fields...
LUX-ZEPLIN dark matter detector reports
The LUX-ZEPLIN experiment has detected a rare particle interaction that looks unusually difficult to explain as ordinary background noise and appeared
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
MIT researchers design dual-purpose qubit to speed quantum
MIT scientists have created a new qubit architecture that separates data storage and interaction functions, enabling faster operations and reduced...
Quantum and Relativity Combine for Secure Position
Researchers have experimentally demonstrated a secure position verification protocol that combines quantum optics and relativity.
Quantum-optical spin glass boosts AI memory
A Stanford team created a quantum-optical spin glass from atoms and photons that functions as an associative memory.
LZ experiment detects potential dark matter
A new analysis of LUX-ZEPLIN experiment data found a single high-energy event that might be the first detection of a WIMP, a leading dark matter...
Magic-Angle Graphene Detects Faint IR Light
A study published in Nature Communications on August 31, 2026, shows that faint far-infrared radiation can switch magic-angle twisted bilayer...
Scientists Call for Checks on Executive
A group of scientists argues that recent unilateral actions by U.S. federal agencies threaten the stability of the scientific enterprise, calling for...