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tanka418
Okay, please go read at the link I provided. This artificial gravity system has been demonstrated in the laboratory, back in 2003. The website I'm sending you to is NOT pseudo-science...it is the European Space Agency...no "pseudo-science" there.
Bedlam
Except that the link is actually a link to an aggregate of dozens of links. Which exact link among them all is the one you feel proves this demonstration the best?
tanka418
Actually several of them talk about the laboratory experiments, and describe the laboratory setup.
ImagineFree
I don't think that the variable 'c' is really real.
Lets imagine that light really does travel at 'c' and you shine a laser light into space. You also have to realise that the Earth is moving around the Sun, and the Sun is moving around a central point also. So, I would think that the total speed of light would be c+Earth's motion+Sun's motion. If you shine a light from a stationary spot (an imaginary spot that is not moving in space) that light would be 'c'. But it doesn't work like that, according to Relativity Theory and Special Relativity Theory. According to those theories the light being emitted from that stationary spot and the light being emmited from the laser on Earth are actually travelling at the same exact speeds.
I am not a physics person I just have taken a class about quantum mechanics and was very confused. If someone can explain or disprove my point I am open to that.
tanka418
Moduli
The kinetic energy of an object moving at a speed v can be written as
E = mc^2 / sqrt[1 - (v/c)^2]
which you can see approaches infinity as v->c.
Yes. Actually, I mis-interpreted the equation at first, and that was the source of my initial confusion. I was about to have issue with some other aspects, but you pointed out that some values become "imaginary". I always has problems with "imaginary numbers"; mostly that they never "appeared" very "imaginary". But, be that as it may; the appearance of imaginary numbers in relativity should not be an "earth shaking" event as it simply means the end of relativistic observation. I believe that part of the reason that it is believed that the speed of light is a "barrier" is because it is impossible to collect data from super luminal events at the present time.
My next question I think would be: has this ever been demonstrated in the laboratory? The whole idea of something gaining mass simply because of movement seems a wee bit counter initiative.
Although, in this instance, perhaps fortuitous.
OccamsRazor04
ImagineFree
I don't think that the variable 'c' is really real.
Lets imagine that light really does travel at 'c' and you shine a laser light into space. You also have to realise that the Earth is moving around the Sun, and the Sun is moving around a central point also. So, I would think that the total speed of light would be c+Earth's motion+Sun's motion. If you shine a light from a stationary spot (an imaginary spot that is not moving in space) that light would be 'c'. But it doesn't work like that, according to Relativity Theory and Special Relativity Theory. According to those theories the light being emitted from that stationary spot and the light being emmited from the laser on Earth are actually travelling at the same exact speeds.
I am not a physics person I just have taken a class about quantum mechanics and was very confused. If someone can explain or disprove my point I am open to that.
That is exactly what you would think, it makes sense. It's wrong though. c is constant, and the light moves at c not at c+Earth's motion.
imagine.gsfc.nasa.gov...
There is a link that should answer you.
allenidaho
Basically, what this means is that the faster you go, the more energy you need to reach and maintain that speed.
ImagineFree
OccamsRazor04
ImagineFree
I don't think that the variable 'c' is really real.
Lets imagine that light really does travel at 'c' and you shine a laser light into space. You also have to realise that the Earth is moving around the Sun, and the Sun is moving around a central point also. So, I would think that the total speed of light would be c+Earth's motion+Sun's motion. If you shine a light from a stationary spot (an imaginary spot that is not moving in space) that light would be 'c'. But it doesn't work like that, according to Relativity Theory and Special Relativity Theory. According to those theories the light being emitted from that stationary spot and the light being emmited from the laser on Earth are actually travelling at the same exact speeds.
I am not a physics person I just have taken a class about quantum mechanics and was very confused. If someone can explain or disprove my point I am open to that.
That is exactly what you would think, it makes sense. It's wrong though. c is constant, and the light moves at c not at c+Earth's motion.
imagine.gsfc.nasa.gov...
There is a link that should answer you.
Well first off, I know that c is a constant rather than a variable. I haven't taken any classes for awhile so my terminology isn't that correct. Also, that link explains the phenomenon of light travel pretty well, but it still doesn't make sense to me. Personally I think that something must be wrong with the theories. I think that there is a way to describe lightspeed more accurately.