Hey I'm 17 too and for the past few years I've been trying to learn everything I can about physics. But I don't know exactly what I'm going to study in college yet. What university are you planning to attend?
http://physicscentral.com/explore/action/entangled-diamonds.cfm
And like I said, I believe that it's not FTL, because that's impossible; they are juxtaposed next to each other on a sub dimensional field, and the distance between them on that field is much smaller than in actual space
What about with other particles or objects? I know that relatively recently, they were able to entangle two macroscopic diamonds. They were able to tell that the two were entangled, because when white light was emitted into them, light exiting one of the diamonds was blue-shifted. I don't think...
Nor am I a professional physicist, but if you will look at my recent post, I'm sure you will be interested. It deals with the practical application of quantum entanglement in communication
Quantum entanglement is a concept that has captured my imagination and has intrigued me very much in the past few years in which I've become interested in quantum physics. Immediately upon reading about it for the first time, I realized that quantum entanglement could be applied in a new...
Mass is a measurement of matter, which is any physical substance. Matter and energy are not necessarily the same thing, although all matter contains some degree of potential energy. Einstein's theory E=MC^2 states that the amount of energy in matter (E) equals its mass (M) times the speed of...
If the liquid is water, and the body has the same density as water, then it will most likely float because of the surface tension of water caused by hydrogen bonds.