[x]
All Deviations
~sharkoftheday:iconsharkoftheday: Dec 2, 2005, 2:45:23 PM
The only tangible difference as far as I know (aside from the annihilation and polarity where applicable) I think would be the spin. If I am not mistaken, when an electron and anti-electron (positron) are released, the electron spirals clockwise while the positron spirals counter-clockwise. At least that is a picture I once saw where each particle's paths were traced.

It is quite possible that anti-matter is time reversed, but I am not sure this would not be acheived by going over the speed of light. I would think that if one were to reach a velocity of infinity on a spaceship, one would reach their destination at the same point in time which one reaches the infinite velocity. Thus, everything leading up to this velocity of infinity must cause a shorter amount of time to pass from the perspective of the ship, while from the perspective of the planet the amount of time elapses as though it were traveling at the speed of light. Maybe I am slightly confused, but if I am not mistaken one still ages when traveling at the speed of light, just much more slowly than usual.

Anyway, I was thinking of the implications of anti-matter being time reversed. Even though a particle and anti-particle annihilate each other, they cause a large amount of pure energy to be released. It is also true that in order to form a new particle and anti-particle a large amount of energy must be focused in a small area and this then translates to a particle forming along with its anti-particle. Anyway, the implication I was thinking was that this points in some manner to the existence fate. If a particle and anti-particle combination were created before quickly colliding and annihilating and the anti-particle has a different time orientation, then it could be said that the annihilation of the particle was the formation of the anti-particle while formation of the particle was the annihilation of the anti-particle.

Fate comes into play in that before when the particle was created, a certain level of energy had to be acheived, perhaps even the same level of energy that was caused by the particle/anti-particle annihilation. If the anti-particle is time-reversed than it forms from the annihilation of the particle (which also causes a large burst of energy) and is annihilated at formation of the particle. But if the energy used to create the particle and anti-particle was the same as the energy released from their annihilation, then the annihilation could have been said to have caused the burst of energy while the energy causing their formations had essentially already happened because it was a result of annihilation and the accumulation of energy in that single point was a reversal of the process of the energy dispersing.

The theory of matter and a hole left in the vacuum doesn't violate conservation of energy (matter is an organized form of energy). In order for the particle and anti-particle to form there must be a large amount of energy focused in a single area which causes a particle to essentially pop out of the vacuum (possibly the smaller, simpler (theoretical if not hypothetical) particles which would then give rise to more complex particles as an electron) and leave behind a hole which is the anti-particle. The rise of the particle and anti-particle therefore are the transfer of energy from a raw form (gamma rays to be precise) to a much more organized and usable form. It is possible the anti-particle has a reversed time orientation although from our perspective this would not be noticeable unless we were observing a structure larger than a particle.

--
To those who do not know me, I am but a faceless name writing insights to life that few will ever comprehend.
I refuse to be a slave to society and it's expectations.

=dapride / *poetic-forms / ~b00b-B-gone

Devious Comments

~ForlornLover:iconForlornLover: Nov 26, 2005, 2:47:37 PM
This is so simple, yet insanely entertaining.

--
"I have found the Iron to be my greatest friend. It never freaks out on me, never runs. Friends may come and go. But two hundred pounds is always two hundred pounds."
-Henry Rollins
=Toop:iconToop: Nov 26, 2005, 2:49:28 PM
This is seriously cool. Its was great to watch the populations fluxuate in patterns. Patterns that grow so extreme that is results in the extinction of one species, in the case I watched, it was the sharks. Really cool simulation.

--
Jesus has risen, and its no suprise. Even he would martyr his momma to ride to hell between those thighs.
~ClinkyInky:iconClinkyInky: Nov 26, 2005, 2:53:56 PM
Whoa.. I could sit here for hours and HOURS and never get bored. o.o'
~DovSherman:iconDovSherman: Nov 26, 2005, 4:27:59 PM
The way I have it, when the sharks go extinct, the simulation immediately stops. If the fish go extinct, it keeps going. Of course, if the fish go extinct, the sharks will soon follow since they'll have nothing to eat. But if the sharks all go extinct without killing off all the fish first, if the simulation didn't stop, the fish would simply grow and grow until the fill the world with no more room to move.
=Toop:iconToop: Nov 26, 2005, 5:38:50 PM
Makes sense. Really well thought out, what was your inspiration to do a flash project like this?

--
Jesus has risen, and its no suprise. Even he would martyr his momma to ride to hell between those thighs.
~DovSherman:iconDovSherman: Nov 26, 2005, 6:54:43 PM
I was just browsing a book on my shelf and thought it might be fun to try putting some of the experiments described into a Flash format. The book, "Armchair Universe" by A. K. Dewdney, is a collection of articles, many of which were previously published in the Computer Recreations section of Scientific American. There's a lot of nifty stuff in there like perceptrons, tesseracts, fractals, life, facebender, and so on. I'd also recommend Dewdney's "Magic Machine" and "The New Turing Omnibus" which have an even greater variety of interesting computer experiments.
~sharkoftheday:iconsharkoftheday: Nov 26, 2005, 10:16:27 PM
This assumes that sharks eat as much as they possibly can, that if the resources are available they will eat every move. Anyway, that makes the system easy to manipulate. A single shark is placed in apopulation of 50 fish, it breeds every seven moves while fish breed after every 1 move. The shark starves unless it eats within 1 move. (Default size.) The population is self sustaining if it starts off well, but it moves so erratically (it either can't be real or is all too real). Anyway, the system just seems so easy to manipulate. With quick-breeding fish and quick-starving sharks its almost guaranteed to succeed.

--
To those who do not know me, I am but a faceless name writing insights to life that few will ever comprehend.
I refuse to be a slave to society and it's expectations.

=dapride / *poetic-forms / ~b00b-B-gone
~pczelda:iconpczelda: Nov 27, 2005, 1:10:18 AM
Those books sound interesting. I have a few questions. 1) Does the "Armchair Universe" book include infinite regression? A common example, in case you're not sure, is place two mirrors parallel and facing each other, and if you look in either mirror, you can see reflected in it what looks like an unlimited number of mirrors. There was an article on that in S.A. a while ago, and had a neat infinite regression of the S.A. cover picture on the cover.

2) Is tesseract the same concept as how the characters in A Wrinkle in Time use to travel?

3) I've never heard of perceptrons, and I'm not sure what facebender is. Can you give me a quick description of each?

4) I've also been trying to find out about antimatter. I know it's the opposite of matter, but can you tell me if it actually exists, and if so, where (is it everywhere or not on Earth), and what might it look like?

I also have a question about the 4-D hypercube you uploaded. Isn't the fourth dimension time? How do you draw a shape that represents that?

Thanks, Dov(e), for your time, and you have some interesting posts this time around!

--
"If it is just us, seems like an awful waste of space." -- David Morse, from the movie Contact
"I need to believe that something extroadinary is possible." -- Jennifer Connelly, from A Beautiful Mind
~DovSherman:iconDovSherman: Nov 27, 2005, 10:21:52 AM
That's a good point. But finding the "right" parameters doesn't necessarily mean simply providing a very long-running ecosystem. It means finding providing both a long-term ecosystem AND one in which behavior is plausible.

I find that some good parameters would have the fish to breed very quickly and that sharks should starve at a slower rate than fish breed but not too much so. Shark breeding should be around 3 times as slow as shark starvation. Of course, that's just one variation on the parameters and the shape of the environment (small, huge square, long-thin rectangle) can have a big effect as well.