I'll go do my homework. In the meantime, as I recall, you and I are fond of Einstein's curvature of space idea rather than gravity and gravitons. (Right?) I believe it may be more fruitful pursuing Einstein's lead. It simplifies the "number of players" in a ToE which assists in the reduction.
I was hoping to find an idea using angular momentum spinning around a dipole structure in relation to magnetism. However, Uranus is being difficult:
Also, an electromagnet provides a tool for starting, stopping, and playing with magnetism. How do we hold such power? I am curious about magnetism with other configurations than just a simple iron bar wrapped in wire. If the central bar was hollow, how would it (if any) affect the result? What if it was wrapped with various insulating materials? What if the core was filled with different materials? What if the central bar was "rifled"."... the magnetic axis of the intrinsic magnetic field of Uranus was far from spin axis-aligned ..." - http://www-ssc.igpp.ucla.edu/personnel/russell/papers/ura_mag.html
My gut sense is that magnetism and Einstein's curvature of space hold the keys. That somehow, particles and subparticles are just mirages of a deeper truth.
As frequency gets higher, EMR becomes more particle-like with photons at one end and x-rays at the other. Electrons are considered one of the simplist of particles. Do the just have "spin" (angular momentum)? Or do they have a frequency? When carrying a piggyback photon, they jump to a higher shell and then spit our the photon, right? Then they scurry back to the lowest shell.
Meanwhile, lasers were pointed at each other, and electrons and positrons emerged. This implies the stuff of a positron and and electron is just refried (or respun) photon. In other words, electrons, positrons, and photons are essentially the same thing with different spin factors.
Is all of this still "textbook"? If not, gimme a link to the latest info.
Felix, here's your homework assignment: http://www.phy6.org/earthmag/lodeston.htm
I think this is the doorway to the answer.
Again, more homework. "I'll be back," as my California governor would say.
More homework. "I'll be back."
It does. Thanks!


LinkBack URL
About LinkBacks

Reply With Quote

