Can Quantum Mechanics Explain Multiple Universes in the CMB Map?

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The discussion explores the possibility that the Cosmic Microwave Background (CMB) map indicates our universe is one of many that formed and underwent inflation. It raises questions about the nature of these potential universes, such as whether they would merge or remain distinct, and if their physical laws could differ while still allowing for functional quantum systems. The conversation references Anthony Aguirre's research on bubble universe formation and the CMB imprints of early collisions with other universes. Participants suggest that while quantum mechanics may struggle to incorporate multiple universes, theories like String Theory could provide a mathematical framework for understanding them. Overall, the discussion highlights the complexity and ongoing exploration of multiverse theories in relation to quantum mechanics.
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There are some indications in the CMB map that our universe was one of 'many' that could have formed and undergone subsequent inflation. This would seem probable from a non-uniqueness point of view. So I wondered if thinking had progressed on basic issues taking this into account.
Such as; would such universes merge or remain separate, and what form would separation take. Would the laws be the same; it has been suggested that the masses and energies of our protons and electrons etc could be different, and still form a 'workable' quantum mechanical system.
Would QM account for the probability of say an electron 'appearing' in one of theses other universes?

Not looking for answers to these issues, not enough evidence to get that far, but can the Maths cope with multiple universes, from the QM standpoint?
 
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bigmig said:
There are some indications in the CMB map that our universe was one of 'many' that could have formed and undergone subsequent inflation. This would seem probable from a non-uniqueness point of view. So I wondered if thinking had progressed on basic issues taking this into account.
Such as; would such universes merge or remain separate, and what form would separation take. Would the laws be the same; it has been suggested that the masses and energies of our protons and electrons etc could be different, and still form a 'workable' quantum mechanical system.
Would QM account for the probability of say an electron 'appearing' in one of theses other universes?

Not looking for answers to these issues, not enough evidence to get that far, but can the Maths cope with multiple universes, from the QM standpoint?
what indications do you mean exactly
 
In the CMB WMap there are circular areas which according to one astrophysicists view accords with other 'bubbles' forming and splitting off. Sorry I cannot recall his name but could find it, he is at Berkley anyway.
 
Please forgive my spelling but the name given verbally on a CMB discussion was Anthony Bagheri. It discussed bubble universe formation and suggested there was CMB imprints.of early collisions with other bubble universes shortly after the inflation phase. These appeared a circular areas on the map.
 
Do you mean Anthony Aguirre, from UC Santa Cruz?
 
It may well be he was introduced with Saul Perlmuter and I assumed he was also at Berkley
 
Aguirre is a professor of mine, he actually is my thesis adviser, currently. He does this exact research you're referring to, so I'm assuming it's the same guy. Same University system, anyway.

This stuff is way beyond my pay grade, but there are a couple video of Aguirre giving some talks about multiverse theory on youtube if you search his name. You might look into String Theory as a way of mathematically handling multiple universes. I don't think you can readily incorporate them into our current understanding of quantum mechanics, though.
 
Thanks for that. Well, we've got the name sorted at least, other stuff may take a bit longer I suspect!
 
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