@rosborne979,
rosborne979 wrote:
Krumple wrote:
I am actually questioning if this is actually accurate. If space can be bent in the presence of gravity then how can you determine if time is an aspect of space?
Time is also distorted by gravity. The flow of time inside intense gravity wells (like black holes) slows down dramatically in comparison to the flow of time outside the well.
Well this is what I am objecting to. The thoughts come from the course electrons take. The theory goes that electrons will take every single path possible which doesn't make sense if you talk about the shortest distance between two points is a straight line. But what if that straight line is actually bent but appears to not be? But to the electron the line is bent and therefore it takes the shortest path which to us seems to not make sense? It is taking the real true path between the two points but we see it as a path of strangeness.
You see the similar thing with light near blackholes. The light itself is not being bent. The space that the light is traveling in is being bent by the blackhole, the light is still traveling in a straight line but to us it appears as though the light is being bent. However if we start talking about time slowing down near blackholes then light would HAVE to travel slower according to the space it is traveling in and there goes the constant.
I say in my theory, light wouldn't be effected by the gravity and would still be able to maintain it's velocity regardless of the strength of gravity but since the space itself is distorted the light is forced to corrispond with the space. Just like light traveling through water. Looking from the surface at an object sitting in the water the image seems to bend and distort. I think space has this same effect on light yet the light is actually not effected by the medium. It is the medium that is distorting the light.
This also would free up the paradox that occurs near the event horizon. Using the double point of view problem. If two people are near an event horizon, where one is falling into it and another is outside observing the person falling in. One would see constant motion while the other would see a freezing of time. How can two events happening at the same time be both frozen and moving at the same time? Not to mention the light traveling between the two people wouldn't be effected by crossing these time moments? How could you see the other object if time were to freeze?
I think these tought experiements neglect a crutial aspect of space-time. I say it works for space but not for time. Time HAS to be seperate from space even though on many observations it appears to be connected but that is because space distorts in the presence of gravity. You can't then determine if time is seperate and thus you would conclude that it is connected. I say these thought experiments reveal that time can not be connected if they were to work.