East Coast Blackout from space
The intangible Universe
Let's say we agree, Milo
Quantum Coupling Concept
a QUESTION for theoretical physicists
Latest on light and heat quanta -- from Fitzpatrick
Quantum Theory vs General Relativity -- from Fitzpatrick
It is not what present science considers - but what it totally disregards - that is of the utmost importance.
In both magnetism and chemical bonding an attraction between two electrons occurs whenever the closest sides of these electrons are moving in the same direction. . This is reminiscent of Ampere's long wire law . . Why does quantum mechanics totally disregard this?
Once you know -- as present science does -- that an individual quantum of energy loses no energy from a distant star to your eye but in a multitude of quanta the energy falls off with the square of the distance then you must come to Fitzpatrick's conclusion that quanta are chance binding encounters and it is the amount of these chance binding encounters that are falling off with the square of the distance.
We can see that h (Planck's constant) is also angular momentum like h-bar but it's simply constant precession over a longer time period (entire orbital drop). . Each light wave is produced as the electron precesses in and out of the collapsing orbital.
It's derived similar to the way tidal energy is produced -- by two separate entities -- nucleus and a sigma type bond from a distant electron. . . This can be seen as similar to the earth's tides produced by a pull from two separate entities -- the sun and the moon. . D.P.Fitzpatrick Jr.
Atom in a Box
A letter to theoretical physicists
Let's look at Milo Wolff's WSM
Rhodes Scholar Milo Wolff discuses WSM (Wave Structure of Matter)
Importance of the surroundings - Milo Wolff
Not only has Milo Wolff shown us how the electron is built and why it has spin, but also Milo Wolff has, undoubtedly, given us the mathematical method for determining the scalar wave principle that builds not only the electron but ALL these spherical standing wave permanent particles.
Milo Wolff's mathematical method is extremely important because it utilizes the surroundings in its solution, thereby being the very first mathematical proof of Mach's Principle.
Theoretically, once we know the quark frequencies, we can use Milo Wolff's method to construct all the electron orbitals.
There is no similar mathematical method yet to determine the vector forces between ALL these spherical standing wave entities.
These spherical entities have spin, precession and they orbit, all of which produce distinctive frequency vector forces.
The "A" Laws do seem to give a fair approximation of ALL these vector forces where the surroundings must also be considered.
These "A" Laws not only do this but they also seem to show you exactly how space and time are being produced.
The "A" Laws
"The reason these "A" Laws work is that this universe is built on an extraordinarily simple principle via an endless multitude of vector waves that produce lower frequency spherical standing wave, scalar wave resonances that, in turn, produce space-time by spinning, orbiting and precessing.
Einstein told us that the force of gravity was really a space-time distortion. . All forces are merely space-time distortions.
A maximum of space-time is produced between non-aligned vector waves.
A minimum of space-time - similar to worm holes in string theory - is produced between vector waves that are in phase .
This leads, in turn, to production of vector attractive forces between the closest in phase sides of all such spinning spherical resonances and in the direction of the axis of each spin, orbit or precession.
These vector forces, in turn, combine to produce lower frequency, hence lower energy, scalar resonances, which in turn, spin, precess and orbit thereby producing still lower frequency space-time and its related vector forces and this goes on and on: . Thus is our universe built from the microcosm to the macrocosm." . D. Fitzpatrick