Well, according to Gulliver, I am not allowed to help with that unless I believe in the model, so I guess you are S.O.L.
Quote from: TheEngineer on June 11, 2007, 01:36:36 AMWell, according to Gulliver, I am not allowed to help with that unless I believe in the model, so I guess you are S.O.L.That's alright I'll wait to see what Dogplatter says then.
Quote from: Chrissetti on June 08, 2007, 04:39:29 AMcan't you just explain the photoelectric theorem?No, it's longwinded and I'd probably screw up the maths which is involved.
can't you just explain the photoelectric theorem?
I told him that I don't feel like it it's too long is not an exceptional answer to such a glaring hole in his theory. If he isn't able to come up with a better reply then scientifically his theory is dead. So really it's up to him I suppose.
Okay, now that you've told me you are taking the time to make up a decent explanation I will wait. I'm in no hurry. I was simply saying that if you want the theory to stay scientifically valid then you need to explain how it works. I didn't set any time limit. Just eventually.
Also I don't see how I am twisting your words. The only excuse you gave was that it was too longwinded and you thought you'd screw up the math. I didn't see anything about getting help and making a reply. So I assumed that was it, you weren't gonna comment further. Now that you've clarified I'll wait, I am patient.
So, all the celestial bodies, including Earth, are being accelerated upward, right? What's pushing them? Or, are they just accelerating because.. it just is?How is it that they all tend to accelerate, but we do not tend to accelerate?
Geeze louise, way to bite my head off. I read this entire thread and I couldn't wade through all the crap of ranting and petty arguments over word choice.I did find the answer after reading again, though. Dark matter. What accelerates this dark matter?
The universe has already expanded forever
Rejoice not when thine enemy falleth, and let not thine heart be glad when he stumbleth.
Quote from: Ferruccio on June 16, 2007, 12:57:45 AMGeeze louise, way to bite my head off. I read this entire thread and I couldn't wade through all the crap of ranting and petty arguments over word choice.I did find the answer after reading again, though. Dark matter. What accelerates this dark matter?The big bang (it happened, just not in the way REers think).
I can see that accelerating it initially, but how does it keep accelerating it at a constant force?
QuoteI can see that accelerating it initially, but how does it keep accelerating it at a constant force?Bear in mind that the Earth travels through a vacuum, what is there to decelerate it?
Firstly, as far as I'm aware, FE'ers have no problem with the fact that space is not actually a perfect vacuum, so the FE does need a constant force acting upon in.Secondly, why should the atmosphere thin the higher you go. Under the laws of UA shouldn't it group evenly at the bottom of whatever holds it in, in the same manner as a liquid would in a glass?
I think if all of space as we knew it wasn't a vacuum, we'd have some serious high pressure problems, since we'd have a whole universe of gas pressing down on our tiny atmosphere.I'm talking to the point of spontaneous nuclear fusion. Densities enough to make hydrogen 1kg/dm^3
Quote from: Ferruccio on July 04, 2007, 12:05:58 PMI think if all of space as we knew it wasn't a vacuum, we'd have some serious high pressure problems, since we'd have a whole universe of gas pressing down on our tiny atmosphere.I'm talking to the point of spontaneous nuclear fusion. Densities enough to make hydrogen 1kg/dm^3It isn't a perfect vacuum. Most of space consists of very low density plasma, we're talking a few molecules per cubic centimetre. While this wouldn't slow a FE down much, it would eventually have a very large effect over billions of years, especially if the FE is very to infinitely big
Obviously there is a force that keeps the FE accelerating. While the mechanism is under debate, the need for such a mechanism is not.