Math Is Fun Forum

I just sensured that, I figure the joke was mediocre...

If you cry in water does it flood?

Why would something spooky happen though, if I may ask?

Yeah. Can an entanglement or the shard itself move that far to begin with?

basically one only need to know the average distance a quantumentanglement moves and the procentage that moves that far. I guess.

Then some sorta probability calcule.

Probably, one can measure the change in star light intensity over time and come up with the calcule. Allthough I am less skilled in this.

Let's figure out how far away it is on a sidenote though.

1. It could've been the supernova we saw 1987. (high distribution of light etc.)

That does sound sensible, allthough probably very far away, leaving no dangers too us.

I would explain it with some sorta entropy photon (I've heard of it). Allthough... perhaps if a photon is a pulse wave, maybe an entropy photon could be explained as more of a longitudal wave? Like a distortion in time space?

I reccon it has a high truthvalue though. The question is only: how do we explain it with logic?

Thank you bobbym, It was the best! I got many presents, merry cristmass bobbym and soon happy new year!

Basically I believe:

1. The black hole is some kind of substance that when confronted with matter, timelessly converts it into it's own kind of matter. Other then that I believe that in a quantum entanglement, that sorta matter can dissapear from the black hole.

2. Any entanglement that leaves the black hole has still a spin with speed, however in the black hole, its time and length is still zero. A small shard of the black holes baneless matter left it with the entanglement. In some way, the entanglement energy is released outside the black hole, whether the entanglement can go away if one particle is in the black hole is a hard question to answer. basically, as long as time and length is nothing, the speed can be anything, thus the energy is released as soon as the entanglement has re-entangled.

3. I would need your help once again bobbym, I need you to calculate the odds of an entanglement to reach us from any known black hole, sizeably big. I am certain that there is one here, and I have a hard time believing that it's all that far away.

I'm very comfortable here, and snow is fab, the shoveling is not groovy enough though.

How hot in florida now?

Really? Wow, you could do that?

well I get 14 mole and how many times does photons bounce before they leave me you think?

I guess that depends on how well you can see right through me?

oh, sorry, that's the temperature newton. buggars.