Recent content by Aeoliana

Haha ok I will attempt to clarify! When I say 'determine the density and bounds' of the material I mean mass density and shape of the material. *edit* Oops in this situation the object would be infinitely large, just minimally dense at the extremities. When I say 'particle' I mean a discrete...

Sorry, I realized that my question didn't really pertain to what I was trying to figure out. I edited the post to reflect more along the lines of what I am trying to figure out.

Modelling Density as a Function of Many Objects Hello, My question is somewhat difficult to express but this is the best way I can come up with. Lets say I have a mass of material which has a charge throughout its entirety. This material has a very special property where the density of the...

That is to say, as the magnitude of energy increases, the less time the energy experiences. Two things, one is that this was a premise. 'Assuming there exists a universe where the density of space surrounding energy increases with the magnitude of that energy. The second is that I addressed...

My apologies. I was mainly wondering if someone who knew physics better than I could tell me if the reasoning was sound.

So let's say I define a 'Universe' as an infinite amount of space filled with an infinite amount of energy. Universes have two important constants: One which defines the manner in which energy observes time (like the speed of light), and one which governs how space reacts to energy(?). Lets...

Is it incorrect to say that the density of space and time surrounding a particle is a function of the energy contained by that particle? So something of great energy i.e. something moving near the speed of light, would diffuse the time it travels through? Density of time at low energy...

So I am 100% sure I am missing something here, but can someone explain to me why this doesn't work out? Say I go to another universe where numbers are easy and photons are observed to travel 100m/s. I decide to capture one to use in my photon race course. This ones name is Bob. Let's also say...