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New Theories / Re: What are they saying about Quantum Gravity?
« on: 08/06/2023 17:00:02 »
Just to pick a random post from 5 years ago:
For instance, a Schwarzschild black hole generates zero gravitational waves, and yet time gets heap-plenty dilated at points near it. Secondly, time is more gravitationally dilated on the surface of Mercury than on Earth despite the local field strength being under 40% of that of Earth.
That rate that quantum gravity functions (the strength of QG) is governed by the gravitational wave energy density (G-wave) profile of the local environment.This is readily falsifiable. Gravitational time dilation has nothing to do with gravitational waves nor to do with the strength of the local field.
For instance, a Schwarzschild black hole generates zero gravitational waves, and yet time gets heap-plenty dilated at points near it. Secondly, time is more gravitationally dilated on the surface of Mercury than on Earth despite the local field strength being under 40% of that of Earth.
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you can jump higher on the moon, because the force of gravity is lower on the moon, but the cause of the difference in the strength of quantum gravity on the Moon vs on Earth (higher G-wave at the surface of the earth than on the moon) is explained by the mechanics of the quantum gravity solution of the ISU model.No. You can jump higher because the strength of the field is lower there. This is explained by Newtonian physics, and has nothing to do with quantum anything.