Temporal and Dimentional Theories

Einstein-Rosen Bridge

What is a Black HOLE????

If you were to see a picture taken only one meter from a black hole, you would not be able to see it.
The reason for this is a black hole has such a powerful gravitational pole that even light can not escape it.
If you are now asking, "If we can't see them how do we know they exist?" Well I would say good question.
They reason we know they exist, even though they do not emit any light, is we can see radiation that they emit.
Well now you are probably wondering how they are formed. Well when a very dense star starts to die it will
begin very compresed under its own gravitational pole. As it becomes more dense and taking up less space
space begins to bend more and more around it until it completely collapses in on it's self creating a singularity (black hole).

What is Time????

What would seem to be rather an easy question is just the oppasite. When we look at cars, people, or even a bee we
think that were all moving through time at the same rate. There could be nothing further from the truth. An expariment
that was done a while ago proves that. They once took two highly sencitive clocks one a supersonic jet and the other
on the ground. After the jet had flown awhile it was broaght back down. The clock that was on the jet was moving one
millisecond slower than the one on the ground. What does all this mean? It means that what Einstein theroised was true.

What is the twin paradox?

What's going on here? Ever feel like time moves really quickly or really slowly? Like how the hours fly by when you're hanging out with your best friend or how seconds drag on endlessly when you're stuck inside on a rainy day. But you can't really slow time down or speed it up, right? It always flows at the same rate. Einstein didn't think so. His idea was that the closer we came to traveling at the speed of light, the more time would slow down for us relative to someone not moving. He called the slowing of time due to motion, time dilation. No way, you say? Well, imagine this. You're standing on Earth holding a clock. Your best friend is in a rocket zooming past you at 250,000 km per second (lucky friend!). Your friend is also holding a clock. If you could see your friend's clock, you'd notice that it seems to be moving a lot more slowly than yours. Your friend, on the other hand, thinks the clock in the rocket is moving just fine, and it's your clock that seems to be moving more fast. Still sounds confusing? Well, remember it took Einstein years to figure this out, and he was considered a genius. Einstein came up with an example to show the effects of time dilation which he called the "twin paradox." It's a lot like the Time Traveler game. Let's try it out with a pair of pretend twins, Eyne and Stine, both of whom are 10 years old in their pretend universe. Eyne decides she has had enough of Earth and needs a vacation. She's heard great things about rock resorts in the Alpha-3 star system, which is 25 light years away (a light year is the distance light travels in a year). Stine, who has a math test next week, must stay at home to study. So Eyne sets out on her own. Wanting to get there as quickly as possible, she decides to travel at 99.99 percent of the speed of light. The trip to the star and back takes just over 50 years. What happens when Eyne returns? Stine is now 60 years old, but Eyne is only ten and a half! How can this be? Eyne was away for fifty years but only aged by half a year! Hey, has Eyne just discovered the fountain of youth? Einstein's idea about time slowing down sounds fine and all in theory, but how can you be sure he's right? One way would be to hop in a rocket and travel near the speed of light. Yet, so far, everything we know about physics says we can't do that. There are other ways, however, to put his ideas to the test.

If you would like to try this experiment yourself and see how it works, down load this program einstein.zip-(878 k)