## Saturday, 10 January 2015

### Discussion is essential to clarity - 'everything' in a nutshell.

Just putting this here for posterity... I've never been able to express it so succinctly before.

"Something's holding that quark-energy in place, otherwise it would just dissipate. There's a force resulting from the 'finding balance' struggle between the two (that something and the energy it's binding), and gravity is its residue.

IMHO, of course."

"I had an idea that the centre of every quark was a rip in the spacetime continuum... a gateway to 'absolute nothing', and a quark is energy that is bound by its trying to get 'back' to that zero state. Kind of like... (scratching head) Flushing pasta down the toilet? LOL - but the strands would become interlocked, forming a ring that would keep the whole from being flushed down... I -have- to think of a better analogy ; P

But if I were to go further down the rabbit hole, that 'zero point' would have to be something in itself, but it would make even more sense (complete sense, IMHO) if 'our side' matter was matched by something on 'the other side', and that force was -across- that zero point... like a fermion pair trying to annihilate each other. And that force would be gravity."

"My idea goes like this: energy (EMW) levels above a certain level (super-gamma, probably) make a spacetime rip, making its path change from a straight one to a 'swirl' around the rip. Only EMW's of a certain frequency can have any stability (think a wobbling, rotating top - 'wrong' frequencies would rip themselves apart (and be sucked in)), but 'right' frequencies, stable, form matter. And the different 'right' frequency levels determine the size of the resulting fermion."

"I have absolutely -no- education in this domain, but I've always been processing ideas to see how things 'fit'... and I like 'seeing' patterns, too. Today I see everything as a 'zero point' and a parabolic energy curve away from it... well, two parabolic curves opposing each other, one energy and the other, the 'pull' towards that zero point.

It even makes sense to me that the 'strong force' and the 'nuclear force' are just variations of gravity... if you follow even Newtonian physics all the way to quantum level, the 'pull' close to that fermion-level 'zero point' must be ENORMOUS... and so must be the energy. We already know that the 'binding energy' of atoms is enormous (A-bomb, etc), but take that up one level to quarks... wow.

And taking that even -further- to the 'fermion pair annihilation'... Tyson spoke of 'event horizons' where one of the pair would escape, but what of energy behaviour in a quantum soup: what if one half of a pair 'bound' to another (different-frequency) fermion before it could annihilate itself against its same-frequency opposite?"

(comment indicating equivilence principle)

I can see how the math works out for the equivilence principle, but I have a problem with its application, especially in questions of time dilation... time does vary with the strength of a gravitational field, but although the math says that that time variation also applies to an object in accelleration (because equivalence principle), but don't see sense in that - I'm of the persuasion that time dilation (and gravity) can only be calculated relative to a mass itself.

The math works out because of the -difference between the two objects-. A mass on its own might as well be standing completely still, its mass (and gravitational pull and time dilation at its surface) constant and unvaried -until it encounters another-. Only -then-, upon collision, do the different velocities/masses count - I think it is an error to put all of that 'inertia' into an object if there is no other to compare it to, and even more of an error to say that time affects that object because of that (hypothetically) increased 'gravity'.

But that's just my humble opinion.