[Mr. Skiperdoo]

You're all small minded with your futile understanding of quantum physics.

As you know, Light is merely an energy based duality existence of wavelengths and frequency. When wavelength is increased, the frequency decreases, and so forth. When light reaches a state of frequency and wavelength that is suitable for our eyes to envision it, that's when we see light through our eyes. Light is not only limited to what we see; in fact, what we see is only a small fraction of "light".

Now onto the time factor. Time is the matter and energy of the universe progressing at a constant and yet relative state. Time theoretically runs on a duality existence in the same way as light. If there is no matter or energy, time itself wouldn't exist, for time requires either matter or energy to exist. Now what would happen if something reached absolute zero? Well first we must know that everything here must operate completely on theory, since absolute zero is scientifically unattainable. If any matter were to reach absolute zero, its atomic/molecular structure would be completely still. This means that there musn't be any energy convecting throughout said substance. But there is still matter, albiet frozen. Therefore, absolute zero is not an escape from time, it is merely an idea about matter without energy, which is unnatainable.

Now onto this realm buisness. There is no way to prove these technical realms exist, nor is there any way to disprove them. I don't believe any other "Universes" exist; again, there is no way to be sure about any of this.

Also, the decay factor is a very solid arguement as well. Another good example I'm surprised Crest didn't bring up is electron shells. Electron shells tend to go to their lowest states of matter; however this is not possible without reacting to other electrons through time. This shows that everything is connected through time, even in the smallest possible sense.

Now onto the relativity part. It is true what Tiberius said about relativity; it can even be observed through atomic particles at a much extrapolarative rate. The speed of light would technically "slow" time down, but only for whatever matter would be travelling at such a rate. Although, the same can't be said for energy, since we can observe its wavelength and frequency. If light wasn't bound by time, why would it have a certain number of wavelengths attributing to a measuring source in a certain amount of time?

Thank you for the interesting discussion, I hope we can have more of these scientific debates.

~Mr. Skip