The second law of thermodynamics does not state that entropy must decrease. It states that overall entropy of the whole system increases, but entropy will increase in some places and decrease in others. The second law of thermodynamics is not a certainty but possibilities. There is a greater...
Let's imagine that thery are made in equal amounts. They would be converted to photons on contact but there is such things as parallel universe. There might be an anti-matter you. But please if you ever meet him don't shake hands! So means there would be another universe that is mainly...
white holes, yea who called me?
I think can't exist now since it defies the 2nd law of thermodynamics. So if it does, the law have to be changed. Quasars are not white holes?! try comparing the big bang to a white hole!
The laws of physics are not the same in everywhere. Stand on a black hole or stand on a white hole(if it exist) and you would be amazed that the laws of physics there would be totally different from what on earth!
ok great...so that means other universes are of equal significance to you. right?
space travel to the nearest star would take 4 Earth years but due to time dilation, it would seem like just a few months. Also wormholes would ppossibly provide shortcuts in space travels. (i think black holes...
nope! I totally disagree. By saying that only our universe is imporatant, its like saying humans are only those that reside on earth! Arnold said "it would be arrogant to say that there are only humans in the universe!" Anyway by studying other universe, we can possibly predict the future of our...
actually i don't get what you mean.
if everything expands at the same rate, you will not be able to tell the difference.
but this is what the astronauts claim.
if we drop a ball of lead and feather they will both fall at the same time right? But both the ball and feather has mass means it has certain amount of gravity pull. So each of them will have a different pull against the earth. But in expansion theory, the Earth expands towards the object at the...