Gravitational Wave

When exploring gravitational wave, it's essential to consider various aspects and implications. How would a passing gravitational wave look or feel?. The gravitational wave is characterized by its wavelength and human sized "feel" and "look" detection would not notice it, imo of course. If one were close to the LIGO black hole merger, it would not be the gravitational waves a body would feel, but the gravity waves and spaghetification. At what rate do gravitational waves lose energy and amplitude?. Part 1: How do gravitational waves decay with distance? My Newtonian instincts tell me that gravitational waves would likely decay in the same way that Newtonian gravity decays, but at this point ...

Gravitational waves frequency - Physics Stack Exchange. The gravitational waves that were detected swept up in frequency and amplitude from an undetectable level at a few tens of Hz to abut 150 Hz as the black holes merged. It's important to note that, this is known as a "chirp". Gravitational wave sources might have a variety of frequencies.

It's important to note that, for binary systems, the principle gravitational frequency is twice the orbital frequency. Can gravitational waves do work? - Physics Stack Exchange. @Nat The focus of the debate at the time was whether gravitational waves could carry energy, fueled by the obvious observation that gravitational waves are solutions to the vacuum Einstein equations, and therefore ostensibly have a zero energy-momentum tensor.

Feynman's argument approached the problem form the opposite end, exactly by asking the question can gravitational waves do work? Could a powerful gravitational wave tear apart an object?. Could a powerful gravitational wave cause electrons to emit light? where John Rennie says: This may seem a bit odd, but it happens because the gravitational wave changes the separation of objects by changing the geometry of the spacetime around them, not by exerting a force on the objects to move them.

general relativity - Why there is no dipole gravitational wave .... While there may be no dipole interaction in a vacuum, or monopole, for that matter, there is dipole and monopole gravitational radiation that is associated with underlying mass transfer. In relation to this, conceptually, what does the amplitude term in the wave equation .... For example, if two 100 solar mass blackholes are rotating around one another the gravitational wave they would produce would have a greater magnitude or intensity than a gravitational wave produced by two 10 solar mass neutron stars.

Can gravitational wave create anti-gravity, i.e. A very layman question as in title. In this context, like every wave having a negative side, can a gravitational wave have anti-gravity.

To put it in different words, a gravitational wave passing through a complete Do gravitational waves carry energy? A gravitational wave will cause the distance between two test masses to oscillate. A local observer will detect this as an input of kinetic energy into the masses.

What do we mean when we say gravitational waves are non-linear and do ....