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ORDINARY MASS IS JUST TEENY BLACK HOLES HELD APART BY FORCE FIELDS
Hey, it’s not my idea. Suskind says so:
All mass has to be is a Planck-scale event horizon
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This amazing paper gives the basis of the projection of string theory onto quantum field theory — the so called ADS/CFT equivalence (Fig. 3). And it’s easy to understand geometrically! This is an absolutely seminal paper that 100 years hence, will be held next to Einstein’s work.
Suskind observes that mass is a clump of nucleons stuck together and held apart by electron force fields. By size, a nucleus is like a ping-pong ball in the center of a football stadium. He says that if you strip off the force field shields around a massive particle down to the bare quarks, you WILL see a black hole. (Fig 2a).
All that mass has to be is a Planck-scale event horizon.
When you see mass as little black holes, you need to pay attention to how they bend the spacetime around them. That’s what accounts for the ADS/CFT correspondence.
Mass is just a distortion in the metric. That’s how mass stores energy in space, like a rubber band. There doesn’t have to be any “object” there. At distance, you encounter the exact same metric distortion, but stretched out, and existing in your past. You call it a gravitational wave.
Again, the limit, the event horizon, is a distortion of the metric. Space that approaches it becomes the gravity waves being “emitted.” The distortion is detected stretched-out as a wave when it is encountered on the null surface at a distance, at a later time.
There is no gravity emitter, no massive object. Gravity waves are an effect caused by your own motion through time. They’re not exactly optical illusions, it’s just that there are two ways to look at the same thing: from the point of view of a static, 4D block universe, and from the inertial frame of someone moving through time but believes they’re at rest.
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