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Originally posted by OrphenFire
I'm not really a physicist, but I believe that light is simply supercharged matter. That is, a photon is a supercharged particle of matter. Hence I believe that if you travel at the speed of light, you become light. It's not so much that you have enough energy to travel that fast and it turns you into light, it's a matter of your atoms becoming so supercharged that they become photons and you essentially are light, and able to move at the speed at which photons travel (the speed of light).
This, to me, explains why photons have the properties of both a particle and a wave. It is not simply "both" of them, it is something else entirely. What was once a particle became a "wave" of light, an entirely different phenomenon: photons.
Originally posted by Alexander the Great
reply to post by xxcalbier
Welle I think it's the UV raysv or somthing that affect your skin, not the alight.
Originally posted by RedBird
This entire post makes absolutely no sense whatsoever. How do you "supercharge" matter? What does that even mean?
And why would a particle of mass (like an electron, or a proton) transform into a photon when it reached the speed of light? Photon's have LESS energy than a particle of matter, not more. The amount of energy (governed by E=mc2) in a single particle of matter like an electron is orders of magnitude higher than the amount of energy in a single photon.
For example, when you light a match and the flame gives off orange light, what you're seeing are the tiny quanta of energy (photons) being released when the electrons in the match head move to a lower orbital energy, and release the extra energy of the higher orbit in the form of light. The amount of energy in the actual electron itself is incomparably higher.
The last line (which I've put in bold) is especially perplexing. I suggest you re-read your high school physics textbook, as I'm sure that would be sufficient to clear this problem up.
Originally posted by fnord
this basically proves that light indeed has mass, but, it could only have mass when observed.
Originally posted by postmeme
Originally posted by Gentill Abdulla
reply to post by Alexander_Supertramp
(Like I have said many times) You can use light to make a time machine. The real question is how. But ,fortunately for me, nobody knows. RATHER than me of course.
Hey Mods, how is this guy able to get away with his claims like this? This guy should have been banned long ago.
Originally posted by consciencious observer
reply to post by postmeme
Hello post me
, you shouldn't judge others on a subject you obviously know little about. Tell me do you believe in time travel. Either way I would like you to give us all your reasons why. Since you seem to have such a strong opinion on the subject. To the point where you want someone banned over asking a reasonable question. As light is an important part of the whole time travel process. If you have any skills within the field of thinking outside of the box I would be astonished to see you waste more than two lines of bandwidth with a retort!!!
PEACE
JC
[edit on 25-3-2010 by consciencious observer]
[edit on 25-3-2010 by consciencious observer]
Originally posted by fnord
this basically proves that light indeed has mass, but, it could only have mass when observed.
Originally posted by OrphenFire
Originally posted by RedBird
This entire post makes absolutely no sense whatsoever. How do you "supercharge" matter? What does that even mean?
And why would a particle of mass (like an electron, or a proton) transform into a photon when it reached the speed of light? Photon's have LESS energy than a particle of matter, not more. The amount of energy (governed by E=mc2) in a single particle of matter like an electron is orders of magnitude higher than the amount of energy in a single photon.
For example, when you light a match and the flame gives off orange light, what you're seeing are the tiny quanta of energy (photons) being released when the electrons in the match head move to a lower orbital energy, and release the extra energy of the higher orbit in the form of light. The amount of energy in the actual electron itself is incomparably higher.
The last line (which I've put in bold) is especially perplexing. I suggest you re-read your high school physics textbook, as I'm sure that would be sufficient to clear this problem up.
"Supercharge" is a pseudoterm that I used to explain what I am thinking about in my head. As I said, I am not a physicist, nor do I have any background in physics, I was simply theorizing something based upon the limited understanding I have in the field (none). What I imagine is matter becoming so incredibly excited that it transcends its "natural" form, that of measurable mass, and becomes what we call photons. A photon's energy actually depends on its wavelength. The fact that photons have less energy than a single particle of matter tells me that a single particle would perhaps "explode" into many photons that together would equal the energy of the single particle. I think this also could be why we see a release of photons when particle and antiparticle annihilation occurs.
Radiation pressure is the pressure exerted upon any surface exposed to electromagnetic radiation. If absorbed, the pressure is the power flux density divided by the speed of light. If the radiation is totally reflected, the radiation pressure is doubled.
The fact that electromagnetic radiation exerts a pressure upon any surface exposed to it was deduced theoretically by James Clerk Maxwell in 1871 and Adolfo Bartoli in 1876, and proven experimentally by Lebedev in 1900[1] and by Ernest Fox Nichols and Gordon Ferrie Hull in 1901.[2] The pressure is very feeble, but can be detected by allowing the radiation to fall upon a delicately poised vane of reflective metal in a Nichols radiometer