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Quote by: Samildanach Actually in theory it could have a lot to do with gravity. In a real earthquake, large amounts of mass are moving which could in theory produce a localised gravimetric fluctuation. |
Samildanach, your suggestion is hot, considering we do not claim to know what causes gravity. That is why my mind jumped at the possible answer when I saw the water in a fish bowl, during an earthquake.
We have the debate of black matter. Does it exist or not? For there to be a rippling that causes gravity, there must be something to ripple. That would force the conclusion that there is dark matter right? Also, light doesn't travel in a vaccum right? So doesn't there have to be dark matter for light to travel?
When we drop a stone in water, the bigger the stone the stronger the ripples, right? This would explain why size makes a gravitation pull difference.
Mars lost its gravity and therefore, its atmosphere. If the planet stopped viberating, the ripples would stop. As the viberation slows down, the ripples would slow down. I really don't know what I am talking about, but it is fun. Like what if the universe had a life span?
What if the life span depended on viberating energy? What if, when a planet looses its energy it gets sucked into the next largest gravitional pull, this would increase the gravitational pull of that body. What if this how black holes happen?
Einstein the most important thing for us to have is imagination, and I sure have that.