Release of gravitational waves, with small collistions?

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SUMMARY

The discussion centers on the concept of gravitational waves and their relation to mass and collisions. It is established that all objects with mass, including small ones like a pen or even individual atoms, theoretically produce gravitational waves when they collide. However, the detection of these waves is significantly challenging, especially for smaller objects, due to current technological limitations. The conversation highlights the disparity between the theoretical generation of gravitational waves by small masses and the practical impossibility of detecting them with existing instruments.

PREREQUISITES
  • Basic understanding of gravitational waves
  • Familiarity with the concept of mass and gravity
  • Knowledge of current gravitational wave detection technology
  • Awareness of the limitations in physics instrumentation
NEXT STEPS
  • Research the principles of gravitational wave generation
  • Explore current gravitational wave detectors like LIGO and Virgo
  • Investigate the theoretical implications of gravitational waves from small masses
  • Study advancements in physics instrumentation for detecting weak signals
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Physics enthusiasts, students exploring gravitational physics, researchers in astrophysics, and anyone interested in the implications of gravitational waves on our understanding of the universe.

DSthe
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I just wanted to ask a question, since it went through my mind after hearing about 'gravitational waves' after they have now, apparently, been identified.

does everything realease gravitational waves when it collides? Since everything with a mass has gravity, wouldn't that mean that even when my pen falls on the floor, gravitational waves would, in theory, be created in a minute amount? or taken to the extream, even two atoms?

By the way, I am not educated in physics (Really don't have much clue about it :p), so I won't understand highly technical answers. It is just a thought, about how i could be rippling spacetime, basically with every movement, and if this is actually the case.
 
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Yes, I think one has to extrapolate that if really massive objects give off gravity waves then so do really small ones. One must also, however, extrapolate the difficulty of detecting such waves for really massive objects to the point of view that for small objects it's quite likely that there simply IS no instrumentation that could ever detect those waves, much less anything that could do it with our current technology.
 

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