Jens
The BestDivine
LEVEL 3
165 XP
Let's be honest, you know nothing about this topic and just came here because you're bored.
Well, for those who know a little bit about it, I'd love to hear your take on this:
During the double-slit experiment, we learned that the wave function collapses when each electron is measured. This assumes that, because the wave function is a superposition of states, it's not necessarily the same every time. This creates the "many-worlds" theory that each one of those superpositions is just as real as the one we measured.
If you take a still body of water and drop a pebble into it, it will create a wave directly outward from where the pebble struck the surface. Then, add another pebble on the opposite side. An opposite wave begins to form. When these waves hit, they don't "cancel eachother out", they simple glide through one-another, never having known the other existed at all.
If we are to believe that this wave function is similiar, does this provide decent enough evidence supporting the many-worlds theory? And if so, with the waves never knowing the other existed, is there a chance we might be able to break this "prison" of our own universe and cross into another?
My contention is: No, the many-worlds theory is false. Because we live in a deterministic universe, there's something deterministic about quantum physics that we aren't aware of yet.
I'd love to hear your thoughts on the matter.
Well, for those who know a little bit about it, I'd love to hear your take on this:
During the double-slit experiment, we learned that the wave function collapses when each electron is measured. This assumes that, because the wave function is a superposition of states, it's not necessarily the same every time. This creates the "many-worlds" theory that each one of those superpositions is just as real as the one we measured.
If you take a still body of water and drop a pebble into it, it will create a wave directly outward from where the pebble struck the surface. Then, add another pebble on the opposite side. An opposite wave begins to form. When these waves hit, they don't "cancel eachother out", they simple glide through one-another, never having known the other existed at all.
If we are to believe that this wave function is similiar, does this provide decent enough evidence supporting the many-worlds theory? And if so, with the waves never knowing the other existed, is there a chance we might be able to break this "prison" of our own universe and cross into another?
My contention is: No, the many-worlds theory is false. Because we live in a deterministic universe, there's something deterministic about quantum physics that we aren't aware of yet.
I'd love to hear your thoughts on the matter.