Of course they are, but as I noted above, your "ifs" are huge "ifs" and you haven't made anything simple, nor is the math "basic." It's complex theoretical physics.Blind groper wrote:Coito ergo sum wrote: Show your work.
One - we don't know that there is a multiverse, so that's a big "if." A huge "if."
For a start, it is not my work. I am not a good mathematician, and this is beyond me. But other people, who have greater minds than mine, are working down this path.
Except that you referred to matter and antimatter, and when matter and antimatter cancel each other out, they don't result in "nothingness" - they result in huge amounts of energy. The matter and antimatter are changed in form into energy. The sum total, though remains the same (no creation or destruction), and it's all "something."Blind groper wrote:
The basic equation, by the way, is 0 = x - x (x is whatever number we need to describe the totality of existence). Nothingness is the same as somethingness, if that somethingness is composed of equal parts of positive and negative material.
It does, though, because you referred to matter and antimatter, and antimatter does not exist in equal proportion to matter in our universe, as far as anyone can tell (unless there is a vast cache of antimatter hanging about somewhere that we have not yet detected, the mass of the universe is mostly matter). So, there is no 0 = matter - antimatter, because matter - antimatter > 0.Blind groper wrote:
The multiverse is just the term I used to mean the sum total of everything. Does not matter if many universes exist, or just our own.
The principal is speculative, because you're assuming that energy and antienergy cancel each other out and become nothing. You made the same allegation about matter and antimatter, but that assertion doesn't hold true for matter and antimatter. Even if there is such a thing as antienergy, there is no way to know right now if they cancel each other out to zero. Alternatively, you could say that all the matter/antimatter/energy/antienergy cancel each other out to become "nothing." However, again, there is no experiential basis for this.Blind groper wrote:I am well aware of this. That is why I added energy and anti-energy to the description. This is, of course, speculative (though not my personal speculation). However, if we add into the theoretical description something we call negative energy, we can make the equation balance. It may be (probably is) much more complex than this. But the basic principle is sound.Coito ergo sum wrote:the collision of antimatter and matter don't produce "nothing." Such collisions produce large amounts of energy, and matter and energy may be converted to and from each other.
So, what you have is an assumption -- which is fine -- but it is not substantiated. And based on that assumption, taken as a given, you have essentially presumed that the whole idea of nothingness is easily soluble. The difficulty there, though, is that we still have no idea that there even is a condition called "nothingness." Any state of affairs that we refer to generally as "nothing" really is something (like the vacuum of space or whatever). There is no "nothing." I.e. - I would pose a simpler explanation for why there is something rather than nothing. There is no such thing as nothing. There is only something.
Where people get bogged down is in thinking that "something" means the things we're used to seeing. Stars, planets, and space dust and whatnot. however, "something" could well merely be the cooled out, smeared out, completely motionless universe in full entropy, with all particles spread as thinly and homogenously and uniformly as they can be. Picture all the matter/energy in the universe spread out, all the same particles/waves, all just wound down to "zero." Is that "nothing?" No, it's something. It's a universe changed in form from one that is gloppy and bunched up in piles around the universe, to one that has been completely evaporated to the widest possible disbursement.