[QUOTE="quiglythegreat"][QUOTE="CptJSparrow"]He would need an infinite amount of energy to do that unless he is made of energy and not matter.xithrix
You silly, energy is in itself matter.
it's the other way around, matter it's ALOT of energy condensed... though it's all theory, let's wait and see what the particle accelerator in france will tell...
Either way, if it's matter then it gets heavier as it approaches the speed of light, eventually needing more energy than we can provide.
[QUOTE="quiglythegreat"][QUOTE="CptJSparrow"]He would need an infinite amount of energy to do that unless he is made of energy and not matter.CptJSparrow
You silly, energy is in itself matter.
it's the other way around, matter it's ALOT of energy condensed... though it's all theory, let's wait and see what the particle accelerator in france will tell...
Either way, if it's matter then it gets heavier as it approaches the speed of light, eventually needing more energy than we can provide. mass gets heavier as it approaches the speed of light. this has been tested, and according to the trend, once you reach the speed of light, your mass will become infinite and you'll gobble up the universe
[QUOTE="quiglythegreat"][QUOTE="CptJSparrow"]He would need an infinite amount of energy to do that unless he is made of energy and not matter.mig_killer2
You silly, energy is in itself matter.
it's the other way around, matter it's ALOT of energy condensed... though it's all theory, let's wait and see what the particle accelerator in france will tell...
Either way, if it's matter then it gets heavier as it approaches the speed of light, eventually needing more energy than we can provide. mass gets heavier as it approaches the speed of light. this has been tested, and according to the trend, once you reach the speed of light, your mass will become infinite and you'll gobble up the universe More a matter of, since acceleration is proportional to force and inversely proportional to mass, maintaining a constant acceleration requires an ever increasing force as mass increases. As mass increases, more force is required to continue accelerating until it asymptotically approaches infinity. Also, time dilation would affect your velocity. Last but not least, the Lorentz contraction causes the spatial dimension of the direction of travel to contract relative to a motionless observer, so that if it were possible to reach c, you would be two-dimensional, as the direction of travel's compression reached zero.
[QUOTE="quiglythegreat"][QUOTE="CptJSparrow"]He would need an infinite amount of energy to do that unless he is made of energy and not matter.xaos
You silly, energy is in itself matter.
it's the other way around, matter it's ALOT of energy condensed... though it's all theory, let's wait and see what the particle accelerator in france will tell...
Either way, if it's matter then it gets heavier as it approaches the speed of light, eventually needing more energy than we can provide. mass gets heavier as it approaches the speed of light. this has been tested, and according to the trend, once you reach the speed of light, your mass will become infinite and you'll gobble up the universe More a matter of, since acceleration is proportional to force and inversely proportional to mass, maintaining a constant acceleration requires an ever increasing force as mass increases. As mass increases, more force is required to continue accelerating until it asymptotically approaches infinity. Also, time dilation would affect your velocity. Last but not least, the Lorentz contraction causes the spatial dimension of the direction of travel to contract relative to a motionless observer, so that if it were possible to reach c, you would be two-dimensional, as the direction of travel's compression reached zero. so, you get heavier as you approach c?
I think I do know actually, but I forgot what it was...*googles it*
I wouldn't...
But then again i know what to expect. I didn't find it that horrific my first time i laughed more at it... Which says all kinds of things about my mental health...
I'd seen sooo much worse by the time I came across it that it didn't even phase me.
[QUOTE="quiglythegreat"][QUOTE="CptJSparrow"]He would need an infinite amount of energy to do that unless he is made of energy and not matter.mig_killer2
You silly, energy is in itself matter.
it's the other way around, matter it's ALOT of energy condensed... though it's all theory, let's wait and see what the particle accelerator in france will tell...
Either way, if it's matter then it gets heavier as it approaches the speed of light, eventually needing more energy than we can provide. mass gets heavier as it approaches the speed of light. this has been tested, and according to the trend, once you reach the speed of light, your mass will become infinite and you'll gobble up the universe More a matter of, since acceleration is proportional to force and inversely proportional to mass, maintaining a constant acceleration requires an ever increasing force as mass increases. As mass increases, more force is required to continue accelerating until it asymptotically approaches infinity. Also, time dilation would affect your velocity. Last but not least, the Lorentz contraction causes the spatial dimension of the direction of travel to contract relative to a motionless observer, so that if it were possible to reach c, you would be two-dimensional, as the direction of travel's compression reached zero. so, you get heavier as you approach c? Yeah, you multiply the rest mass by the Lorentz factor (sq rt of 1 - (proportion of lightspeed squared)). As I think about it, this would only be a relative effect, however, and the accelerated object should not experience the increased mass, so I'm not altogether sure that this would play the way I initially thought. I'll have to research or talk to some of my more savvy pals on this.
That's really cool. I wonder what's behind it, if anything. Another universe maybe?Silver_Dragon17
Or more of this one; it's just a (really freaking huge) unpopulated region of space. The main point of interest about it is that it is a surprisingly large region that is heterogeneous from the rest of the universe.
[QUOTE="Silver_Dragon17"]That's really cool. I wonder what's behind it, if anything. Another universe maybe?xaos
Or more of this one; it's just a (really freaking huge) unpopulated region of space. The main point of interest about it is that it is a surprisingly large region that is heterogeneous from the rest of the universe.
Maybe there was a giant black hole there that shallowed everything, after a while the black hole just died leaving an empty region in space.
[QUOTE="xaos"][QUOTE="Silver_Dragon17"]That's really cool. I wonder what's behind it, if anything. Another universe maybe?thirstychainsaw
Or more of this one; it's just a (really freaking huge) unpopulated region of space. The main point of interest about it is that it is a surprisingly large region that is heterogeneous from the rest of the universe.
Maybe there was a giant black hole there that shallowed everything, after a while the black hole just died leaving an empty region in space.
If there was a black hole then imagine if one happened near our planet! :o were dead.
So if this is the big rip then what? Galaxies will start to move apart and 3 months from the end all starts and planets will be gravitationally unbound. OK now keep in mind the big rip isn't supposed to happen until 50 billion more years.
Big rip could also not happen so i doubt its actually any signs of that. I'm guessing its just a region of space that is dark with no stars and hell...who knows maybe its a black hole? but i doubt it and even if it was there's no way it could get to us anytime soon.
EDIT: oo wait phantom energy can cause the universe to accelerate making the big rip occur sooner then it was supposed to!
[QUOTE="xaos"][QUOTE="Silver_Dragon17"]That's really cool. I wonder what's behind it, if anything. Another universe maybe?MeriMorganov
Or more of this one; it's just a (really freaking huge) unpopulated region of space. The main point of interest about it is that it is a surprisingly large region that is heterogeneous from the rest of the universe.
Maybe there was a giant black hole there that shallowed everything, after a while the black hole just died leaving an empty region in space.
If there was a black hole then imagine if one happened near our planet! :o were dead.
err..theoretically yes we would die but we can detect black holes using X-rays and if one somehow did appear then yah were pretty much screwed.
I think I do know actually, but I forgot what it was...*googles it*
I wouldn't...
But then again i know what to expect. I didn't find it that horrific my first time i laughed more at it... Which says all kinds of things about my mental health...
So if this is the big rip then what? Galaxies will start to move apart and 3 months from the end all starts and planets will be gravitationally unbound. OK now keep in mind the big rip isn't supposed to happen until 50 billion more years.
Big rip could also not happen so i doubt its actually any signs of that. I'm guessing its just a region of space that is dark with no stars and hell...who knows maybe its a black hole? but i doubt it and even if it was there's no way it could get to us anytime soon.
EDIT: oo wait phantom energy can cause the universe to accelerate making the big rip occur sooner then it was supposed to!
WE ARE DOOMED ZOMGZ!!!!!!!
XileLord
Yea we are. Hopefully we have time to research it before we die :D
[QUOTE="xaos"][QUOTE="Silver_Dragon17"]That's really cool. I wonder what's behind it, if anything. Another universe maybe?thirstychainsaw
Or more of this one; it's just a (really freaking huge) unpopulated region of space. The main point of interest about it is that it is a surprisingly large region that is heterogeneous from the rest of the universe.
Maybe there was a giant black hole there that shallowed everything, after a while the black hole just died leaving an empty region in space.
then we should be able to see its gravitational effects on other bodies with gravitational lensing.
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