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17 stories from Planck Standard. Latest: May 20, 2026.
MIT physicists have developed a new method to search for dark matter signatures in ripples from merging black holes, with one LIGO signal showing promising results.
New research reveals that quantum collapse processes linked to gravity may create fundamental limits on time's precision, opening new paths to unify physics.
New research suggests gravity-linked quantum processes could blur time at the most fundamental level, revealing hidden limits to precision.
New research suggests spontaneous quantum collapse processes linked to gravity could create tiny limits on how precisely time can ever be measured.
New research suggests ancient ripples in spacetime could have transformed into particles that became the invisible substance shaping galaxies today.
Researchers at the Perimeter Institute constructed a mathematical framework for spacetime that respects Lorentz symmetry but is organized like a quasicrystal — patterned without being periodic.
Researchers propose detecting spacetime ripples by observing how they subtly change photon frequencies, potentially enabling ultra-compact gravitational wave detectors.
Scientists propose revolutionary detection method that could lead to ultra-compact detectors using cold-atom systems, observing frequency shifts in emitted photons.
Revolutionary new detection method could lead to ultra-compact gravitational wave detectors using cold-atom systems.
Stockholm University researchers suggest that gravitational waves subtly alter light emitted by atoms, offering a path to ultra-compact detectors using cold-atom systems.
New theory suggests gravitational waves create detectable frequency shifts in photons emitted by atoms, potentially enabling ultra-compact detectors.
Revolutionary discovery shows gravitational waves subtly alter photon frequencies, opening path to ultra-compact detectors using cold-atom systems.
Researchers create the first unified approach to identify tiny fluctuations that could unlock the mysteries of quantum gravity.
New unified framework could enable LIGO and smaller experiments to test quantum gravity theories much sooner than expected.
Breakthrough allows LIGO and tabletop experiments to search for quantum gravity signatures that could unlock physics' biggest mystery.
Researchers create the first unified method to detect tiny gravitational ripples that could unlock quantum gravity secrets using existing technology.
Breakthrough provides first unified method to search for tiny quantum fluctuations that could reveal how gravity and quantum mechanics connect.