12/31/07
NEW COMPUTER!!!
12/28/07
Temporary Posting halt
12/24/07
Merry Christmas!!
12/23/07
Pink
12/22/07
New Blog
12/19/07
Sorry...
11/22/07
Turkey Day!!!!
10/29/07
Update:
Anyway, i think this is enough for now, so i dont bore u any more...lol..have a good day! :-)
8/24/07
Black Holes and Wormholes Part 2: The Black Hole
As you can see, there is no bottom. As you can probably imagine, this creates a problem in physics. The straightest path through space in a black hole goes into nowhere. With normal object, the path either leads to a collision of the two objects, or an orbiting path. In a black hole, though, most paths lead into nothing. There is the small chance you can orbit, but where does everything else go? Please ask questions, because I have much more info that I can't quite figure out how to integrate. I will be posting more on this; I'm not done yet! ;-) There will be at least a part three!
8/23/07
Black Holes and Wormholes Part 1: Gravity
Black Holes are one of the most misunderstood things in our universe. Many people have no clue what to think when sombody says "black hole", and others picture a gigantic spacial tornado that sucks in everything in it's path. These, of course, are not true. That is why I am here! ;-) With my vast knowledge of astrophysics and Einstein's laws of special and general relativity, I can inform you of the way things really are. In order for me to explain Black Holes, though, you first need a correct understanding of gravity.
All of your life you have probably been told that gravity is a sucking force that causes things to be pulled toward the source of that gravity. This is not entirely true. Gravity, according to Einstein, is the result of mass warping space-time. Before I explain this, I have to make one key point: everything in the universe is trying to travel along the straightest line possible. Gravity, then is the effect of warping space-time. When space-time is bent, all straight lines are made to curve. This can be pictured by taking a sheet, streching it out, and putting a bowling ball in the middle. The bowling ball causes the sheet to sag in the middle, causing everything else that is on the sheet to roll towards the bowling ball. A planet has the same effect on space-time. The mass of the planet warps the space-time fabric, causing all of the Straight lines to become curves. That is what gravity comes from. I know this is very difficult to picture, and if you just can't figure it out, I may be able to find a picture somwhere to help. That's all for now, but the other parts are on the way...really...
6/29/07
Black Holes and Wormholes Research
6/13/07
I Still Exist!!!
6/7/07
Back to the plan
video HTML
6/6/07
WMV bar
IT WORKS!!!!
6/4/07
Hyperspace Hypothesis
In some ways, this idea of hyperspace is the most likely of any, because it does not involve the speed of light, which many scientists believe to be impossible to reach. On the other hand, there is no proof that the universe is like a sphere at all, so it may be all wrong in that way.
Star Wars:
In Star Wars, hyperspace is entirely differant. Hyperspace is achieved by going (way) faster then the speed of light. When a ship (say the Millenium Falcon) goes into hyperspace, it experiences a very rapid accelleration to the brink of lightspeed. The problem comes that lightspeed is unachievable by an object with mass. An object with mass may go above or below the speed of light, but may not go exactly the speed of light. Thus the weakest point of this theory. The ship somehow jumps from this subluminal (slower then light) speed to a superluminal (yup, you guessed it) speed, without ever hitting light speed. Obviously, we can't see a way that this would be possible, so it's kinda wierd. Anyway, once an object achieves superluminal speed, it is in hyperspace and is free to accellerate, most ships reaching several thousands of times the speed of light. This, unlike B5, does not involve shortening of any kind, but incredibly high speeds. Aside from the skipping of light speed, this idea would work, and if a way could be found to bypass light speed or go through it, this would be the easiest form of hyperspace travel.
Star Trek:
Star Trek has the simplest and least likely form of hyperspace travel. Actually, they don't use hyperspace all. The ships in Star Trek just accellerate to the speed of light, or a multiple of it, and travel at that speed. While this is simple, it is highly unlikely, as mass cannot travel at the speed of light.
Overall, I think that the B5 version of hyperspace is the most likely, as it follow more physical laws then the other two. I do believe that superluminal speeds are possible, if a device is invented to accellerate through light speed. So far, no man-made thing can accellerate to the speed of light. Scientists have gotten close, though, with particle accellerators. Anyway....I'm tired after all of that and i cant think any more, so if you can make any sense of it all, tell me what you think!