Recent content by profesrchaos

I have just entered the 3rd year of a Physics degree and I am required to choose four experiments from the following for the practical laboratory. Ive had a decent look into subject area each experiment embodies but I feel I don't have a good jist of how they really are, and I know I don't...

http://www4a.wolframalpha.com/Calculate/MSP/MSP100420ag0a9de184i4e300006aa5e486371cg88e?MSPStoreType=image/gif&s=23&w=258.&h=46. You can find solutions of y in the same way. Its a bit silly though as it requires you to know all but x. You can see intuitively the set of solutions from the form...

Just sing him this

I can't discuss with you further with you if you are going to be illogical. To make definite statements (which are also false) about these hypothetical features of nature is unscientific. Wormholes are allowable solutions to the equations of general relativity, there are multiple solutions that...

I believe the worm hole in the movie is traversable worm hole rather that the Schwarzschild wormhole you may be referring to. The Schwarzschild wormhole came out of the solutions to Einstein's Equations of general relativity but I think they evaporate so soon as to not allow anything to cross...

I totally agree, other theory's also suggest this M theory for example

"CERN is firing Protons against Protons at the LHC, not electrons at nuclei, or neutrinos at nuclei." It is a given that CERN firers protons against protons, but then the collisions release particles, some of which are called neutrinos, these are then directed (fired) at the big detector at...

Not exactly, it does depend on packing or how well the molecules but most importantly what forces between molecules for example the force that holds molecules of hydrogen together are the weak van der walls attractions where you have unsymetric orbit of electrons causing one side of the molecule...

sorry i believe one has been misunderstood, I do state(however not clearly) that neutrino nucleus interactions occur more frequently than neutrino electron interactions, i just outline that neutrino nucleus interactions(the more common) are incredibly unlikely to occur due to the fact that atoms...

Yes it is to do with the type of interaction but it does also have allot do do with size(of the spacing between the nucleus and the electrons). As I am sure you are aware atoms are > than 99.9% empty space, and thus it is extreamly unlikely that a neutrino will come into contact with THE NUCLEUS...