Radical New Quantum Theory Says Other Universes Affect Our Own
I suppose in an infinite universe their are infinite possibilities right? Well...maybe or maybe not.
Let us say there are many universes, what is the limiting factor to distinguish each? Let us say that in a different universe corn bread was never discovered or humans were never provided the opportunity to develop or that by some strange twist of physics, the particular shade of blue pantone pms 801 2x never existed...fine. But where do you draw the line. Theoretically it would hold that from the very dawn of time to the end of time, every single atom can either be or not be at any given time in space. And if that's not enough, not only can each of those atoms be effected one way or the other depending upon the given universe it is in that would also mean that of each atom that at any given time it's sub-atomic make up (all the leptons and hadrons et al) can have a different state of being along the time line. So now you talking about the opportunity for as many universes as there are sub-atomic states in the universe. Pretty big number right? But it doesn't stop there. If you maintain that in any given instance the selected sub-atomic state changes, what is the time period in which it holds? Every minute? Every second? Every pico-second? And that's just counting the time in the time line which is really big as well.
So, lets say in our universe, when the place was say only 100,000,000 years old, a quark on a distant planet was influenced to behave differently then it was behaving up till that point. Ok. But in a nearby universe, that same quark was effected to behave differently ...say...a few days later. Now you have two legitimate universes which by all standards are identical save for that one quark. And that's just one quark.
So, even if you were to calculate the amount of sub-atomic states that exist in our universe - it would be a big number (10^80 atoms in our universe). So, it is fair to say that that would be the starting point for the number of universes we have...to begin with provided that only one sub-atomic particle was effected only once. Now, add 1 to say another and you have two. That's to say that 2 quarks, long ago changed. Ok, so we double that number...but really we have to do more than double it, we have to consider 3, or 4, or 5 all the way to the 10^80 opportunities in just one instance of time! OK, now things are getting really massive!!!
But what that quark that we were initially talking about didn't just change once in the life of our universe but twice? hmmmmm. See where I'm going with this? say it cnaged 3, 4, 5 times? Say it changed every second for as many seconds there are in the life of the universe? Oh heck, a second is nothing, say it changed every 1/1000 of a second? Add that to the number we came up with for all the different combinations discussed earlier. We are now are getting really close to Poincare reoccurrence number.
I don't buy it. I'm not even sure there is a universe. I think its all a dreammmmm
Any way, carry on...