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How are these multiverse dilemmas solved?

  1. If an electron in our universe goes up or down an energy level, and if this spawns a new universe, how would this new universe be anything other than an incredibly tiny thing with very little energy (a "tinyverse")? How would it spawn a universe like ours with "lots of stuff"? If this universe had a sum total amount of energy that was anything more than the amount of energy present in an electron, wouldn't that break the Law of Conservation of Energy? One of these new universes would still have some space/time, but the sum total amount of energy would still remain constant. This tinyverse would have less than one electron, so it wouldn't be able to spawn any other universe.

  2. If I went into one of these universes created by an electron in one of the carbon atoms of my left knee, how would I be able to bring back a large piece of mass that weighed more than I do (let alone an electron)?

  3. Is an infinite regress truly possible? Every condition would be dependent on a preceding condition, so there must have logically been a first condition, or a first universe. If not, then the prerequisites for each of the following universes would not be met.

  4. This is an off-the-wall question. Could we possibly make a "test tube universe" in the Hadron Collider? If so, how would we be able to observe it, or even know that we succeeded in creating one?

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