Gravitational Waves, LIGO

C. Henze/NASA Ames Research Center

Numerical simulations of the gravitational waves emitted by the inspiral and merger

Gravitatiional waves:

Turning gravity inside out

Detecting gravitational waves

A new window on the Universe

AI can now detect gravitational waves

Hints of gravitational waves in the stars

Direct observation of gravitational waves

The history of gravitational wave astronomy

Gravitational waves leave a detectable mark

Gravitatoinal waves and experimental gravity

The absurdity of detecting gravitational waves

Gravitational waves will settle cosmic conundrum

Strange noise in gravitational-wave data sparks debate

Gravitational waves detected, confirming Einstein's theory

Astronomers get new tools for gravitational-wave detection

Scientists find more evidence the Universe is a violent place

Transient multimessenger astronomy with gravitational waves

Newly dedicated observatory to search for gravitational waves

Gravitational waves detected 100 years after Eistein's prediction

Black hole detection:

How to detect colliding black holes

The first sounds of merging black holes

Newly identified gravitational waves help pinpoint black hole

Observation of gravitational waves from a binary black hole merger

Neutron sttar merger:

Astronomers observe first-ever 'kilonova'

Gravitational waves linked to neutron star crash

'Radical change' needed after latest neutron star collision

A new era of astronomy begins with first observation of neutron star merger

LIGO:

LIGO

LIGO detects gravtational waves for the third time

LIGO's twin black holes might have been born inside a single star

LIGO does it again: a second robust binary black hole coalescence observed

LIGO and Virgo make first detection of gravitational waves produced by colliding neutron stars

A new standard-siren science: 

Measuring cosmic distances with standard sirens    The standard siren

Quantum radiation pressure noise:

Listening to the quantum vacuum