lifegazer said:
http://www2.slac.stanford.edu/vvc/theory/fundamental.html
Snippet:
"Today, quarks and leptons, and their antiparticles, are candidates for being the fundamental building blocks from which all else is made. Particle physicists call them the "fundamental" or "elementary" particles -- both names denoting that, as far as current experiments can tell, they have no substructure."
You're what I class as "a spoiler" Russ. You have no interest in discussing my philosophy any more. It's your sole intention to just spoil anything I present to avoid addressing the ideas inherent within the argument. Not only that, but your complaints are incorrect. Physics does think that there is a fundamental energy of existence. So get off your high horse and stop waffling as though you know what you're talking about.
Okay...I'll take a stab at this one.
I don't know why.... it's like when you keep sticking your tongue in a canker sore just because you know it's gonna hurt...
Oh well, the statement above once again shows a fundamental mis-understanding of anything scientific. I don't even have much of a background in QM, but I know darn well this is a load of baloney.
First you discuss what we currently believe are the fundamental particles: Quarks, and Leptons.
Then you somehow equate fundamental particles with fundamental energy.
How do you make this equation?
Of course you don't actually make this equation you hope people will be stupid enough to follow your crap because you use the word fundamental twice.
It may interest you to know that quarks are the building blocks of Hadrons, or large particles that participate in strong reactions, typically the proton and the neutron.
While each constitutent quark does not have a charge per-se, they may be said to have spin, and combinations of quarks with different spins (either up or down for ordinary hadrons) create the different types of subatomic particles.
Leptons are light (as in less massive) particles that don't particpate in strong reactions and were thought until recently to be point particles and possibly have no mass. The most common example would be the electron and its anti-particle the positron.
These particles have charge and spin.
So if you're going to mouth off and make up a bunch of crap based on a blurb from one article you obviously didn't understand remotely, would you care to expand on how you are measuring this "fundamental energy?"
Because as you stated both Quarks and Leptons are fundamental but they have different spins, different masses, and different charges.
I guess you could try to convert them to their equivalent energy by mass using Einstein's equation, but then that would come out differently as well since as I stated they have different masses.
As for charge, you can't even assign charge to a Quark, it has to be a collection of Quarks. Which could have the same charge as an electron but vastly greater mass, so that wouldn't work.
So the question remains?
What is the fundamental energy?
To which particle are you assigning that special significance?
And what is the logic behind determining that particle, and whichever measure of its "energy" you use as the correct one?
And no, "Physics" does NOT think there is a fundamental energy.
Oh, as a sidenote, this is truly disappointing work from you. I expected a much better crack pot theory after last time. If you needed something you could call fundamental energy, there are like three other ideas already in common use that you could have chosen to twist and distort to fit your made up conceptions of the world:
1. The quantized energy levels of electron orbit.
In which we find through spectrographic microscopy that electrons must orbit in sharply defined levels of energy around the nucleus and it is impossible to occupy a between state, even for an instant. In that way we say that electron orbits are quantized and the difference in this levels is a multiple of some fundamental energy.
2. Fundamental Units of Charge:
which seems to be established by the lepton class, and the fact that almost all of matter has to grouped into collections of UDD quarks or UDU quarks, which seems to indicate a fundamental unit of charge. Although scientists think they saw a 5-quark hadrons in a collider recently but that is still being investigated.
3. Cosmic background radiation.
Echoes of the big bang in the form of a cosmic background radiation which spreads out throughout the viewable universe and seems reletively uniform over large areas demonstrates some sort of base level energy which exists even in the approximate vacuum of space.
See, your quackery is just lazy. You could easily have picked up couple issues of popular science, skimmed some articles and come up with some much better ill-defined, untested crapola.
For shame sir.
By the way, anyone else smell sock-puppet here?