Read article: Classical gravity may entangle matter, new study claims
Classical gravity may entangle matter, new study claims
Surprising result could guide searches for quantum gravity
Read article: Classical gravity may entangle matter, new study claims
Read article: Rapidly spinning black holes put new limit on ultralight bosons
Rapidly spinning black holes put new limit on ultralight bosons
Gravitational waves confirm predictions of Einstein and Kerr
Read article: New adaptive optics technology boosts the power of gravitational wave detectors
New adaptive optics technology boosts the power of gravitational wave detectors
FROnt Surface Type Irradiator, or FROSTI, will allow future detectors to run at higher laser powers, reducing noise and expanding capabilities
Read article: Phase shift in optical cavities could detect low-frequency gravitational waves
Phase shift in optical cavities could detect low-frequency gravitational waves
Global network could pinpoint astronomical sources
Read article: LIGO could observe intermediate-mass black holes using artificial intelligence
LIGO could observe intermediate-mass black holes using artificial intelligence
Machine learning system reduces noise in interferometer mirrors
Read article: Reformulation of general relativity brings it closer to Newtonian physics
Reformulation of general relativity brings it closer to Newtonian physics
Calculations reveal inverse square law behaviour in binary black holes
Read article: Black-hole scattering calculations could shed light on gravitational waves
Black-hole scattering calculations could shed light on gravitational waves
New mathematical technique is inspired by particle physics
Read article: Smartphone sensors and antihydrogen could soon put relativity to the test
Smartphone sensors and antihydrogen could soon put relativity to the test
Camera components will improve precision of moiré deflectometer
Read article: New research suggests gravity might emerge from quantum information theory
New research suggests gravity might emerge from quantum information theory
Theoretical study offers novel insights into the nature of spacetime and matter interactions
Read article: Quantum error correction research yields unexpected quantum gravity insights
Quantum error correction research yields unexpected quantum gravity insights
Universal boundary that distinguishes effective approximate error correction codes from ineffective ones turns out to be connected to the fundamental nature of the universe
