- #1
kernelpenguin
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http://www.enterprisemission.com/speedlight.html
From that I've deducted the following ideas.
Since photons have no mass, they are the fastest moving "particles".
The force needed to accelerate a massless particle is zero from Newton's F = ma.
Light changes speed in different environments. It is 3*10^8 m/s in what we call a "vacuum". The speed of light is slower in, say, glass or water.
Gravity can bend light easily. This means that gravity has an effect on energy. If we assume that mass is also energy, then gravity could also be viewed as a form of an "energy field". Something like the magnetic field.
If gravity, or this "energy field" can act upon light to change it's trajectory, couldn't it also slow it down while it is in it's energy field? Since the force needed to accelerate a photon to it's maximum speed is zero, it will regain it's original speed after leaving the energy field.
Our solar system is basically a blob of mass with gravity. It's a blob of energy. An energy field, to be exact. When a photon enters this field (our solar system) then does it not slow down from the "drag" of this special field? Note that it does not keep decelerating, it just slows down by a certain factor when it enters a gravity field.
It is the motion of things that we perceive as time. There is no absolute time. According to Einstein, time slows down near bodies with huge mass. Could it just be the "drag" exerted by the gravity field that slows down all particles that have any energy?
According to my theory and NASA's observations, the speed of light is not a constant. In areas of interstellar void where there are either no or very weak gravity fields, the speed of light should increase significantly.
Could it be that the current size of our universe is the maximum size where this field of gravity can reach? Beyond that, there would be no "drag" by gravity. That would mean that anything which enters that area is instantly transported to somewhere where there is gravity again. Could it be that this is remotely the reason why the space around our universe supposedly loops back onto itself on the opposite side?
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This also supports various "ether" theories -- mass supposedly drags "ether" around in space which in turn could cause this "drag". What gravity or this "ether" thing really is, I don't know. Could it perhaps be some extradimensional property of space? "Zero-point" energy flux embedded in space itself? I don't know. I'm not a physicist :)
From that I've deducted the following ideas.
Since photons have no mass, they are the fastest moving "particles".
The force needed to accelerate a massless particle is zero from Newton's F = ma.
Light changes speed in different environments. It is 3*10^8 m/s in what we call a "vacuum". The speed of light is slower in, say, glass or water.
Gravity can bend light easily. This means that gravity has an effect on energy. If we assume that mass is also energy, then gravity could also be viewed as a form of an "energy field". Something like the magnetic field.
If gravity, or this "energy field" can act upon light to change it's trajectory, couldn't it also slow it down while it is in it's energy field? Since the force needed to accelerate a photon to it's maximum speed is zero, it will regain it's original speed after leaving the energy field.
Our solar system is basically a blob of mass with gravity. It's a blob of energy. An energy field, to be exact. When a photon enters this field (our solar system) then does it not slow down from the "drag" of this special field? Note that it does not keep decelerating, it just slows down by a certain factor when it enters a gravity field.
It is the motion of things that we perceive as time. There is no absolute time. According to Einstein, time slows down near bodies with huge mass. Could it just be the "drag" exerted by the gravity field that slows down all particles that have any energy?
According to my theory and NASA's observations, the speed of light is not a constant. In areas of interstellar void where there are either no or very weak gravity fields, the speed of light should increase significantly.
Could it be that the current size of our universe is the maximum size where this field of gravity can reach? Beyond that, there would be no "drag" by gravity. That would mean that anything which enters that area is instantly transported to somewhere where there is gravity again. Could it be that this is remotely the reason why the space around our universe supposedly loops back onto itself on the opposite side?
----
This also supports various "ether" theories -- mass supposedly drags "ether" around in space which in turn could cause this "drag". What gravity or this "ether" thing really is, I don't know. Could it perhaps be some extradimensional property of space? "Zero-point" energy flux embedded in space itself? I don't know. I'm not a physicist :)
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