Recent content by hurricane89

ttp://www.youtube.com/watch?v=C2VMO7pcWhg if somethings moving 80% the speed of light then itll age 1/5th as fast relative to you, moving 0.0000% the speed of light right

i don't understand this part at all. why is it that when there's less light, this = less electrons? less light would mean that less electrons would be knocked off. which would mean that the charge would maintain itself in the dark. this is backwards and doesn't make sense. why is it that the...

oh so there's a bunch of electricity involved huh. are hertz how many times the photon zigzags per second?

does anyone know what the minimum frequency actually is that the light needs to be in order for photons to be emmited? also, is there a point where if the frequencies too high, does THAT = no electron emmision? that is all!

so much for my theory then hah. thanks

does increasing the intensity of the light lower the threshold frequency at which photons knock off electrons?

if you seal it they shouldn't escape right

so the neutrons wouldn't even be able to stay in the bottle because theyde just go through the walls? also, do you mean through like a path straight through the walls of the bottle?

if you took plain neutrons, and put them in a bottle would a bottle full of neutrons weigh less than a bottle of bear protons with no electrons arround?

protons attract electrons, neutrons are neutral to protons+electrons antimatter particles attract regular matter also one more thing, does it take lots of energy to fuse neutrons into an atom nuclei?

i was watching some video on light and it says that gamma + xrays can smash atomic nuclei + ultraviolet light can smash molecules apart.

are there any other ways to determine spin or is it just the stern-gerlach experiment which tells you that? thingd are starting to make sense

i guess that theyre using just 2 photons at a time or something there right? that animation thing on entanglement

i would guess pdc crystals were discovered by accident? is that kind of how quantum entanglement experiments go, just mess arround with light,electrons, and things and see if any unexplainable patterns pop-up. in which case its called "entanglement" which is just a broad term that explains...

like a link that describes an entanglement experiment from start to end or something like that. I am just learning this quantum stuff, and i understand what happens AFTER theyre entangled but not HOW they get that way. do you just select 2 particles at random, put them in a jar, boom theyre...