...unless you mess up the normalization of the wavefunction.Maze1125 said:Also, probabilities can never exceed 1.
...unless you mess up the normalization of the wavefunction.Maze1125 said:Also, probabilities can never exceed 1.
Yeah I said that because I for one, found it very confusing. Not meant to be condescending. Sorry guys.Dorian Cornelius Jasper said:Unfortunately the end of your original post, which asks if we've read it and "managed to understand," probably came off as a bit condescending. So when Kukul snarked back, it looked like fair game.Saul B said:Umm I'm only 14 and I though it was kinda cool. Im sorry that this little morsel of my mortal thinkings was not worthy of you.
So! Philosophy. Interesting as a nugget to consider. But at least you didn't start a religion or politics topic. Kudos.
EDIT: Dropped the link after re-reading the OP.
I understand what you mean, but in order to further the conversation I put this forward:Cpt. Red said:No, I have never in my entire life seen that as impossible. And just so you know the correct mathematical term for the probability of this happening(if they are allowed to continue for ever) is almost surly.Saul B said:Lets take the old tale of the 1000 typewrites and 1000 monkeys. A philosopher once said that if 1000 monkeys were given 1000 typewriters, they would, after a long period of time, come up with Shakespeare's Hamlet. (or thats how I think the story goes). This, you would think, would be impossible.
Also your wrong with everything being possible. For example, what is the probability for something that cannot happen to happen? Well its zero of course. Even if you give it an infinite tries it simply will not happen as. Another example may be what is the possibility of something we know is true(without any doubts) to be false. This to is zero as well.
I hope you have gotten my point.
Actually, on that fourth point, you can. It's horrendously inefficient but it is possible; ever heard of thermoelectric cooling?ThreeWords said:No. There are many things that are impossible, not because it's unlikly, but because it truly cannot be done:
You cannot eat your own head
You cannot fall upwards
You cannot create a perpetual motion machine
You cannot make heat travel from a cold thing to a hot thing
You cannot make 1+1=4 (in conventional maths)
What you have said is right, but only concerning things within the metaphorical rulebook of the universe. The things I have said are impossible, either because they are logically paradoxes or because they break the laws of physics.
Damn! Now its only a matter of time till someone proves that 1+1=4, using a perpetual motion that falls upwards. At least if he eats his own head he won't be able to say so...ILPPendant said:Actually, on that fourth point, you can. It's horrendously inefficient but it is possible; ever heard of thermoelectric cooling?ThreeWords said:No. There are many things that are impossible, not because it's unlikly, but because it truly cannot be done:
You cannot eat your own head
You cannot fall upwards
You cannot create a perpetual motion machine
You cannot make heat travel from a cold thing to a hot thing
You cannot make 1+1=4 (in conventional maths)
What you have said is right, but only concerning things within the metaphorical rulebook of the universe. The things I have said are impossible, either because they are logically paradoxes or because they break the laws of physics.
Hmm, I think that one of them has to actually be moving at the speed of light, because that is fixed, regardless of how fast you're going. It shouldn't work if neither of them are going at the speed of light.Agayek said:I have another paradoxical theory to pose to the people of this thread:
Einstein proposed the theory of relativity, where 2 people, A and B, being the exact same age were separated, one traveling at near-light speed while the other remained stationary for a number of years. At the end of this period, the one staying stationary is old, while the traveler is relatively young, due to the relation between time and movement or somesuch.
My idea comes into play near the beginning. If, as all the physicists I've asked say, the only relation we take into account is the relative speeds of A and B, why do they age differently?
Relative to A, B is moving at near-light speed, while relative to B, A is moving at near-light speed. Thus, they should age at the same rate, as relative to the other, they are stationary and the other is the one moving. When I ask my physics professors about this, I ask if it's in relation to a fixed point in the universe, but every one has said that is not the case and then given me a very confused look.
I've always been confused by this, and have never received an adequate explanation.
I've proved 1+1=4 too. Go to this thread. [http://www.escapistmagazine.com/forums/read/18.111279] Since I've shown 1=-1 then 2=0 so 4=2=1+1 QED.ThreeWords said:Damn! Now its only a matter of time till someone proves that 1+1=4, using a perpetual motion that falls upwards. At least if he eats his own head he won't be able to say so...