Skimslim

Is anyone interested in an aerospace or spaceflight subforum in the sciences area?

Hmph. I see.

Hey all (and especially admins)- Is it possible to supply to members an aerospace subforum in the sciences area, and more importantly would such a section be in high demand? Sincerely, - Skimslim

So in effect you're telling me light has no velocity...

Well, I'd have to learn more about them myself ( ), but right now my hypothesis focuses on a purely mathematical standpoint. Thing is, these constants are what "define" lightspeed. Obviously these values are derived from a particular instance, but if the parameters of that instance were changed (as in the fluctuations), then I'll bet lightspeed will also change.

Hello! Skimmy here with more rediculous theories! Ha! Here ya go: OK, so formula for c= (Uo*Eo)^(-1/2) (Uo and Eo represent permittivity and permeability constants.) Now, since Eo and Uo are constants, the speed of light was able to be derived. However, I've reasoned that if "c" was a limit, not just in the literal term but also in the mathematical term, then Eo and Uo must also be limits. If so, then maybe that opens up new ways to abuse E/M for the purposes of FTL propulsion...so, whaddya think?

OK well I've posted a few times and feel I should officially introduce myself: Hello Skimmy here. I reside in Los Angeles, CA. I am primarily at universetoday.com as StarLab, and I am an admin of astronomytoday.com and astro-space.com which are both in dire need of new users, so please visit these forums, PLEASE! Anyways, happy to be here.

Due to the three axes x, y, and z, the apparent symmetry of various polar shapes and equations such as limacon, lemniscate, rose, cardiod, etc., and the "shapes" of electron orbitals deemed s, p, d, or f, is it possible that polar equations could describe the approximate location of electrons within these electron shell groups? Has it been tried/attempted already?

Hmm...have I introduced myself yet? Probably not. Anyways, I'm Skimslim, sweet sixteen in LA, CA. I represent universetoday.com unofficially until another UT member joins here. I've recently embarked on a project to find as many space/astronomy discussion forum boards as I can, and this certainly has practically topped my list. Good luck with these boards, fellas, I look forward to posting a lot more!