Tags » Gravitational Waves

Gravitational Waves (Art Illustration)

Binary Spiral Wave
x = t*cos(s)
y = t*sin(s)
z = 2*cos(2*s+1*t)
with parameters s = (0,2*pi), t = (0,20)
Quadrupole Spiral Wave
x = v*cos(u) 18 more words


From Nature via Einstein@home: "Physics: Wave of the future"


After two decades and more than half a billion dollars, LIGO, the world’s largest gravitational-wave observatory, is on the verge of a detection. Maybe. 3,520 more words

Basic Research

Why are complete compact-binary-coalescence waveforms so important for compact-object astrophysics?

The numerical relativity breakthrough in 2005 has provided waveforms of the gravitational wave signal emitted by a compact binary sources that describe the coalescence, the merger of the two compact objects and the ring-down of the newborn object. 273 more words

Views On High Quality CQG Papers

The Basics of Gravitational Waves

We all know that gravity is the attractive force between all massive bodies.  It’s why the apple that supposedly inspired his groundbreaking account of the fundamentals of physics hit Sir Isaac Newton on the head way back in the 17th century.   965 more words