I found this site:
http://www.globalchange.umich.edu/globalchange1/fall2001/lectures/universe/universe.html
(about halfway down page - but it is like a 101 review!

Here is a neat link:
http://home.att.net/~numericana/answer/cosmos.htm

But I think I am looking for wiens law (this onee has the derivatives)
http://scienceworld.wolfram.com/physics/WiensDisplacementLaw.html

Wien suggests that as temperatures increase, the wave lenght shortens (higher frequency?). Somewhere in "First Three Minutes", if I recall correctly, Planck suggests the invers, as things cool, frequecy is reduced, and wave lengths increase. The author (i think) was using it (Planks constant) as a methos to gauge the age of the universe.


But is not what I wanted. Planck said something about the relationship between time and the wavelenghts of quanta. As time moves forward, the wavelengths increase.


>>You have a [lot] more informed knowledge on this than I do
>
>I read a lot of fringe research. As far as relativity, quantum mechanics, and the Big Bang I would have to go to school for about 8 years before I honestly claimed indepth knowledge of the topics.
>
>>but I thought Plank predicts that the wavelenght of quanta will "get" longer as time passes.
>
>This doesn't ring any bells for me.
>
>Planck explained that the energy delivered by a wave would be in chunks (quantas) and you could only have one chunk, or two chunks, or three, but never 2.5 or 0.8 chunks.
>
>Could you expand on what you said above? Perferably with some kind of cite?
>
>>And - you are correct about the "NO CENTER". But I am a Euclidean critter, and though I approach understanding the "no center" thing - it is difficult
>
>The traditional example:
>
>1. take a deflated balloon and draw points on it.
>2. Blow up the balloon.
>
>Observation: If you were standing at one of the points on the balloon you would see all the other points receede away from you.
>
>This is true for every single point on the balloon.
>
>3. Now deflate the balloon.
>
>Observation: No matter what point you're standing at, all the other points will race towards you.
>
>So even in contraction (the Big Crunch) there is no "center", which isn't difficult to grasp from watching a balloon inflate and deflate.