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Originally posted by ImaFungi
look at your hand, look at your walls and floor, all you are seeing are electrons? It could be that you are seeing the nucleuses of atoms but then where would the electrons be?
Originally posted by buddhasystem
Originally posted by ImaFungi
look at your hand, look at your walls and floor, all you are seeing are electrons? It could be that you are seeing the nucleuses of atoms but then where would the electrons be?
Hey look, I suggest you read up on optics and all that. ATS is really not a very efficient way to learn basic physics.
That said, what you see is the light scattered by objects. How this happens will depend on the object. Metals reflect a lot of incoming radiation because of high conductivity and the result of boundary conditions (which require for example that the "E" vector inside the metal is close to zero in amplitude. With dielectrics, it's more complex and once the objects are sufficiently small (like dust or fine drizzle) interferometric effects start playing out. Various kinds of dyes will absorb and re-emit light, at a different wavelength. There are other important classes of scattering of EM on molecules. Interaction of light with matter is a whole branch of science, actually, and it's quite tough. We had to do it in a class, that's some badass theoretical physics.
And no, you don't get to see the nucleus. Not the right kind of wavelength. You need gamma photons for that, and these cannot be detected with human eye -- they can with appropriate apparatuses.
Originally posted by Mary Rose
. . . 4. The electron is a balloon-like entity that envelopes the hydrogen atom and is made from threads converging on it from every atom in the universe. This model accounts for the observed properties of the atom.
5. The proton and the neutron are not discrete particles. They are convergence points respectively of threads and ropes that interconnect these entities with every atom in the universe. The role of the neutron is not to keep protons apart as alleged by the mechanics. The neutron is simply a necessary byproduct of ropes crisscrossing the Universe.
Originally posted by Mary Rose
In Chapter Four, LIGHT: The Grand Unified Theory, on page 197, Fig. 4.21 represents the cross-section of the hydrogen atom:
[atsimg]http://files.abovetopsecret.com/images/member/8876968fd767.jpg[/atsimg]
Originally posted by Mary Rose
In Chapter Four, LIGHT: The Grand Unified Theory, on page 197, Fig. 4.21 represents the cross-section of the hydrogen atom:
[atsimg]http://files.abovetopsecret.com/images/member/8876968fd767.jpg[/atsimg]
So, what Gaede has done is simplify the atom into an electromagnetic entity.
Originally posted by ErosA433
If i pass light down one string... then it represents two atoms that have some separation. If I block this, (say like the laser to the moon example. then the string exists only between the object i blocked with, and the source. Now if i unblock it, the string instantaneously has to go back to the moon. You can say it moves with the speed of light, but then you have just broken the rules set down by the video.
Yeah because if i am to be as arrogant, it is because sir it doesn't look like anything, it is a fluctuation in fields, we detect light, but dont actually look at light 'waves/particles' as objects in themselves...
Originally posted by ImaFungi
He is merely saying that instead of disconnections between everything,, and for the everythings to interact with one another they shoot particles of energy at one another... that they send energy from one atom to another via their connected rope.. It pretty much sounds like the physicalization of the field concept.
I think he would say that when you shine a laser at your hand.. the atoms that are excited in the laser oscillates the EM field between the atoms in the laser and your hand
transmitting that kinetic energy into the medium of air it vibrates into and into your hand..
Originally posted by buddhasystem
It looks as if you didn't pay attention. "Torsion" is a very specific term. It implies an elastic medium. Your attempt at telling this story is inconsistent with what the auteur has invented (which is just as well, since it's utter crap anyhow).
That doesn't make any sense at all. The field is emitted and it pretty much leaves the laser and propagates towards its target. The atoms in the laser no longer have connection to the radiation that's left, just like a train leaves the station.
Originally posted by ImaFungi
He refers to EM radiation as the torsion of the elastic EM rope which connects atoms... When a charged particle is accelerated, its change in velocity is detected via its "wiggling" of its attached EM ropes, which we detect as varying levels of EM radiation depending on the energetic circumstances of the particles movement..
I know of the ways you are putting it.. I was trying to respond in conjunction with his theory...
arent atoms always moving, thus always emitting EM radiation, meaning there is a constant EM field between all atoms in the universe?
Originally posted by buddhasystem
I can claim that there is a string of miniature lollipops connecting charged particles. I think my theory is more elegant that the stupid "torsion wave". Point being that that "rope" is an arbitrary pronouncement. Why does acceleration cause torsion? What "circumstances"? That's just some verbal diarrhea.
All of the above is essentially false. Atom may be at rest in a particular system of reference. When an atom moves with a constant speed, it's as good as rest, again no radiation. More importantly, since atoms are neutral, there is no first order radiation in any case. An argon atom sitting here where I am, and another argon atom sitting in a bottle in my lab do not experience any electrostatic interaction between each other, not up to multiple decimal places. There can be very subtle polarization when the two are very close, but as I said it's safely negligible, and it falls off so quickly with distance, it's moot.