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new_here
reply to post by canucks555
Something tells me they ought not do this. I can't explain why I feel this way, because I don't understand it myself. But something made my blood run cold reading that clip you posted.
Do the molecules ACTUALLY have no mass? Because last time i checked the photon carries some sort of kinetic property for solar sails to work (which NASA tested and they do)
"It's not an in-apt analogy to compare this to light sabers," Lukin added. "When these photons interact with each other, they're pushing against and deflect each other. The physics of what's happening in these molecules is similar to what we see in the movies."
Korg Trinity
Biigs
This could mean all kinda of crazy possibilitys.
Do the molecules ACTUALLY have no mass? Because last time i checked the photon carries some sort of kinetic property for solar sails to work (which NASA tested and they do)
Could this be something that could be collected, fabricated and then ejected for thrust in space!?
EDIT: even more than thta, can these be bind to another other atoms to make 'light' molecules?edit on 25-9-2013 by Biigs because: (no reason given)
O.k. the science of photonic mass...
Depending on your view point on the standard model... one thing that 99% of physicist agree upon is the difference between rest mass and relativistic mass.
Let me explain...
Rest Mass is the total mass that an object has when motionless and is the value used in calculating gravitation and energy requirements for movement.
Relativistic Mass is the mass equivalent of the energy in a moving object. So in the example of a photon, it has no rest mass as it is a form of energy and although a quanta of Light (photon) can be thought of as a particle it is in fact a frequency of the electro-magnetic spectrum.
If you imagine a giant mirror in space, and shone a torch onto the mirror, the light bouncing off this mirror, lowers the light's energy state (frequency) and this energy is converted into kinetic momentum in the opposite direction to the lights bounced trajectory. The mirror would begin to move away from the torch...
The rate at which this happens does not effect the actual relativistic mass of light... The higher the frequency of the light the more relativistic mass it has, Ultra Violet has more relativistic mass than say infra-red.
So.... in answer to the question would some weird construct made out of quanta of light contain any mass... absolutely it would... but only in the interaction with matter could this mass be exploited in some way.
The most useful this would be to us at the moment is in taking advantage of the possible computational advances that could come form vastly increasing say the qbit count in a quantum computer, or speeding up data networking by a factor of 1000's depending on how complex and stable these proto energy molecules are.
I hope this isn't just another wasted gobledy goop post and someone out there or in here actually can understand what I am saying this time......
Peace,
Korg.
Harte
Korg Trinity
Biigs
This could mean all kinda of crazy possibilitys.
Do the molecules ACTUALLY have no mass? Because last time i checked the photon carries some sort of kinetic property for solar sails to work (which NASA tested and they do)
Could this be something that could be collected, fabricated and then ejected for thrust in space!?
EDIT: even more than thta, can these be bind to another other atoms to make 'light' molecules?edit on 25-9-2013 by Biigs because: (no reason given)
O.k. the science of photonic mass...
Depending on your view point on the standard model... one thing that 99% of physicist agree upon is the difference between rest mass and relativistic mass.
Let me explain...
Rest Mass is the total mass that an object has when motionless and is the value used in calculating gravitation and energy requirements for movement.
Relativistic Mass is the mass equivalent of the energy in a moving object. So in the example of a photon, it has no rest mass as it is a form of energy and although a quanta of Light (photon) can be thought of as a particle it is in fact a frequency of the electro-magnetic spectrum.
If you imagine a giant mirror in space, and shone a torch onto the mirror, the light bouncing off this mirror, lowers the light's energy state (frequency) and this energy is converted into kinetic momentum in the opposite direction to the lights bounced trajectory. The mirror would begin to move away from the torch...
The rate at which this happens does not effect the actual relativistic mass of light... The higher the frequency of the light the more relativistic mass it has, Ultra Violet has more relativistic mass than say infra-red.
So.... in answer to the question would some weird construct made out of quanta of light contain any mass... absolutely it would... but only in the interaction with matter could this mass be exploited in some way.
The most useful this would be to us at the moment is in taking advantage of the possible computational advances that could come form vastly increasing say the qbit count in a quantum computer, or speeding up data networking by a factor of 1000's depending on how complex and stable these proto energy molecules are.
I hope this isn't just another wasted gobledy goop post and someone out there or in here actually can understand what I am saying this time......
Peace,
Korg.
I understood it quite well. In fact, I already explained it in much the same way which, unfortunately, is an indication that your explanation too will be ignored.
It seems that some posters "love science" but immediately obtain feet of clay when faced with having to read and comprehend science.
Harte
That is because they are one already, just not by our current definitions and conceptions of things however. They could have also came out as a wave, they have that experiment as well I think.
Thank you for this reply. It resonates with what I was feeling. I had only a vague notion of what you explained, but no words for it.
NewAgeMan
new_here
reply to post by canucks555
Something tells me they ought not do this. I can't explain why I feel this way, because I don't understand it myself. But something made my blood run cold reading that clip you posted.
I don't know enough about it to even formulate a decent argument it. Does anybody out there understand how I feel?
Yes, I think I do. From the POV of a single photon, the whole universe is touching in an acausal, timeless, spaceless domain, and as such it's entirely conceivable that the whole universe is comprised of one very very tricky photon. Thus to lock them in place and freeze or actualize their potential is placing a constraint or a limitation on something that might be "Godstuff". The material universe is itself a form of crystallized light interacting like a pressure wave against the ZeroPointField or the Akashic Field, but that's entirely natural.
RothchildRancor
reply to post by new_here
I'm sure the Catholic church feels the same way.