Quantum Entanglement surely is cool. Out of that intrest I bought the book about quantum dynamics.
What is life and philosophy of Krishnamurti ? You definitly have to one day make a thread, where you tell more about this philosophies !
It's fairly well-known that ENTPs enjoy intellectual toys to the point of obsession. So, what have you been playing with lately?
I am intrested in the weather at the moment:
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Pretty easy to understand, if you already studied thermodynamics![]()
What have you been playing with lately?
The biggest thing that I've been playing with is the inclusion of reducibility in religion, and where an irreducible God fits within an inherently reducible universe.
And as sort of a novelty, I've been pondering teleportation trough the manipulation of quantum-probabilities.
I don't think it'll work out. We can teleport photons, but an entire human body? The cellular sequencing involved is simply too massive. Too much data and memory required to put every molecule back as found. With each teleportation, one would become less and less like one's original self.
Seems like a decent way to do things like remove tumors, and replace dying organs, no?
I could go into this with a bit more depth, but I won't. I will say, however, that your assumption that matter must first be rearranged and then reverted back into the original design is flawed under the method that I am considering. Under quantum theory, nothing is 100% set in stone. To say that you are reading this text would only be a very high probability, but there is a slight probability that you are somewhere else in the universe entirely (this slight probability is so slight that it might as well be insignificant). Now, if you were to examine a graph of all the quantum probabilities, you'd see a lot of minor spikes (or white noise), and a lot of major spikes (high probabilities of one's location in space, etc.). Teleportation could be achieved (at least in theory) by moving one highly-spiked area to a point of white noise, thereby changing the high probability of you being in your home to, say, being at the supermarket.I don't think it'll work out. We can teleport photons, but an entire human body? The cellular sequencing involved is simply too massive. Too much data and memory required to put every molecule back as found. With each teleportation, one would become less and less like one's original self.
I could go into this with a bit more depth, but I won't. I will say, however, that your assumption that matter must first be rearranged and then reverted back into the original design is flawed under the method that I am considering. Under quantum theory, nothing is 100% set in stone. To say that you are reading this text would only be a very high probability, but there is a slight probability that you are somewhere else in the universe entirely (this slight probability is so slight that it might as well be insignificant). Now, if you were to examine a graph of all the quantum probabilities, you'd see a lot of minor spikes (or white noise), and a lot of major spikes (high probabilities of one's location in space, etc.). Teleportation could be achieved (at least in theory) by moving one highly-spiked area to a point of white noise, thereby changing the high probability of you being in your home to, say, being at the supermarket.
Of course, this is a very rudimentary explanation, and is far-fetched at the very least.
What? After accidentally teleporting your ear on your backside? Sure, why not!
No seriously, that IS a bandied-about "realistic" application. Removal of suppurated flesh/organs/tumors sounds applicable.
So whaddaya suggest?
We make a gun we can just shoot the little fuckers with!