can any of you answer this?

[sm0ky2]

@ Loner - you're kind of close there....


everything is related to magnetism, and its effect on (itself?)

Magnetism exists in 2 forms. Equal and opposite - We have arbitrarily labeled them "N" and "S". But these labels dont mean anything. Think of them as simply opposite forces. Two halves of the nothing*[note] they split away from.  Together (in equal quantities) they become nothing once again.
All matter, and all forms of energy are derrived from these 2 forces in varying quantities.

Yes - all matter has a tiny magnetc field. We cannot observe its polarity, without actually changing said polarity by the act of observation. { because our instruments themselves have a magnetic field}.

The 3 elementary particles consist of several (micromagnets for lack of a better term). One being "N", one being "S", and the third being a combination of the two, that is either slightly "N" or slightly "S" - but to us it appears to be neutral, because the difference is too small to detect.

anti-matter is simply the "exact" opposite of the matter it destroys. - the two rejoin into nothing.
They must be in exact quantities for this to occur. [i.e. a lepton is only destroyed by its exact opposite]
all particles consist of several of these (micromagnets). for example - a quark is approx. 196 of them.
they polarize with respect to one another, forming the elementary particles that we observe.

a photon (which is what makes the effect we call "light") is not a physics piece of matter, but rather the effect of a localized magnetic fluxuation, resultant from a changing magnetic field of a piece (or pieces) of matter.
this changing field (photon) propegates in a single direction, and generally has a polarized orientation.
a stream of photons (beam of "light") may or may not be all polarized in the same direction.
[coherent/incoherent]

if we were to strike a particle with a photon, the field from the photon would actually become a part of the field the matter already has - increasing its strength. However, the matter cannot sustain a field larger than its own, so it will "let that photon go", or rather create new photonic disturbance which shoots off in another direction.

continued in next post........

[sm0ky2]

So, is light magnetism ?  yes, it is.

is magnetism light? not necessarily....

magnetism is not a result of physical matter, but rather physical matter is a result of magnetism.

physical matter, could be said to not even exist. It is the effect of an invisible force field - like trying to press two opposing magnets together. what we "see" is the changes in the color of the "light" striking the physical matter. everything is the effect of tiny magnetic forces. VERY strong fields with respect to their size.

[ the magnetic field is said to decrease in strength with distance^2. - this is only correct with respect to a macro field.  else- a single atom would have a magnetic field several meters in diameter, and this is simply not the case. ]

How does this relate to gravity? --  the cummulative fields (macro field) of several atoms together creates a dual-field. magnetic AND gravitational. the gravitational being a unique type of distortion of the nothing.  Both results of the same magnetic force, but both very different in nature.  the magnetic attracts only its opposite force, and repels the like.
while the gravitational field attracts all other gravitational fields. - i say attracts, because that is the apparent observation, but in reality the two fields combine to create a lack of nothing between them.  The nothing then pushes the two gravitational fields towards one another.


[* Note --    NOTHING in the context of this posting is used to describe the universal magnetic-aether-mesh, the term nothing was substituted here out of respect for einsteinian mythologies]

[sm0ky2]

for clarification - the magnetic field represented by a cummulation of matter, is not the same as the magnetosphere around the earth, the sun or certain other planets - that is actually an E-field, resultant from the earth molten core, and the superheated elements in the sun, ect.

the macro-magnetic field from matter is very small in comparison.
though- when it is polarized (like in a magnetic material) it can become larger.

[redriderno22]

I have herd that if you take a large neo magnet and a rock of the same weight and drop them from the same height
the rock will hit first?

is this true?

[sm0ky2]

hmm,.. i dont have any "large" neos to try this,. but it makes sense.. the magnet is travelling through the earths magnetic field. it may have some effect against gravity on the way down.