Gravitational Waves: What Happens In Between?

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SUMMARY

This discussion focuses on the nature of gravitational waves and their effects on spacetime. When a gravitational wave passes an observer, it causes rhythmic distortions in spacetime, leading to temporary changes in distances between objects. Once the wave has passed, spacetime returns to its original state, and any strain on solid objects dissipates. The distinction between gravitational waves and gravity waves is clarified, with gravitational waves being related to spacetime metrics and gravity waves pertaining to surface disturbances in water.

PREREQUISITES
  • Understanding of gravitational wave theory
  • Familiarity with spacetime concepts
  • Knowledge of wave mechanics
  • Distinction between gravitational waves and gravity waves
NEXT STEPS
  • Research the mathematical formulation of gravitational waves
  • Explore the implications of gravitational waves on astrophysics
  • Learn about the detection methods for gravitational waves, such as LIGO
  • Investigate the effects of gravitational waves on cosmology
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Astrophysicists, physicists, and students interested in gravitational wave research and the implications of spacetime distortions.

Piranha Butch
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Hi when i found out about the presence of gravity waves, i first thought 'what happens if they were to be reversed' and then i thought 'what happens to space time in between these waves?'
thanks
 
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Welcome to PF!

Piranha Butch said:
Hi when i found out about the presence of gravity waves, i first thought 'what happens if they were to be reversed'

What do you mean by "reversed"? Simply have the gravitational wave travel in the opposite direction?

Piranha Butch said:
then i thought 'what happens to space time in between these waves?'

From wikipedia's article on gravitational waves: As a gravitational wave passes an observer, that observer will find spacetime distorted by the effects of strain. Distances between objects increase and decrease rhythmically as the wave passes, at a frequency corresponding to that of the wave.

In between the waves, spacetime returns to its state prior to the wavefront's arrival, so the distances between objects will return to normal and whatever strain was imposed by the gravitational wave on solid objects will disappear.
 
Please distinguish gravitational waves and gravity waves. The latter are disturbances of the space-time metric, the former is what you have at a water surface. I will update the thread title accordingly.
 

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