P-301
The
Crystalon
Door
310 pages
375 charts, diagrams, or illustrations
Plastic comb bound
Nine chapters with 61 subchapters
Glossary
| Femtotechnical Electron Topology, Pulsation |
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Chapters
1 The Model of the Atom
2 Transformation
3 The Spectrum of Particles
4 The Electron Waveparticle
5 The Magneton as a Particle with Mass
6 d(3)So Energy as Positrons
7 Thermons as the Fundamental Particle of Heat Positron Topology and Pulsation
8 Compound Electromagnetic Waves
9 Clough Theory
Atomic Structure and Atomic Imaging with Electron Structure and Electron Imaging
The grand unified theory of matter and energy, titled The Crystalon Door, is based on the concept of an
equation that builds the exact three dimensional data point image of one atom named psi (Z). The success of that
project exceeded all expectations. Atomic structure was defined, with all subatomic particles.
Safety and efficiency guided the composition of the function. First, the model had to be an interactive
image which would respond to keyboard input by topological changes determined by the laws of quantum
mechanics and relativity. It would be a mathematical definition of any atom (Z) that could be combined with other
psi functions to build models of molecules or materials of gaseous, liquid, or solid phases. The quantum
wavefunctions for frequency [ f(a): e = h(nhu) ] and wavelength [ f(b): lamda = h/mv ] were combined to formulate
a particle with the energy value of e determined by the relativistic Einstein equation [ e = m(c^2) ]. That atom's
frequency is defined by f(a), the cyclic pulsation rate of it's nuclear radiation and absorption of force particles with
valid joule values.
Spacetime, Chronons, Probability Imaging, Relativity, and Quantum Gravity
Psi's massive core emits four types of forcon particles from it's nucleoplastic surface, and the relativistic Lorenz
transform functions for time and mass are blended into the psifunc by stating that chronons are emitted to the
electron cloud region, the mechanics of quantized time force. The rates of nuclear radiative [ Mass ---> Force ]
transfer were expanded as an additive series differential of change of the core, and that process of [ dNucleus/dt ]
was given boundaries of time and space as the only limits, an image of an atom which has electrons and energy
particles in it's outer region due to intense output and condensation of forcons. That built the GT integral psifunc,
in which space is bonded to psi by gravity. This model gives four quantized forces: time, probability, magnetism,
and gravity.
When the atomic internal momentum function was written, rearranged to give it's photon gain rule, and
integrated for GT boundaries, the result was a spectrum of 26 waveparticle functions, the symmetopol functions.
Those intersected the energy values for the fundamental physical constants: h, h, delta, nuclear magneton, beta
magneton. They represent psi's 5/2 kT J internal heat capacity energy fields of five types: positrons, workons,
thermons, electromagnetons, magnemedons. Each of those waveparticles is exactly imaged by the symmetopol
functions in picoyoctotechnical detail as a compound of forcons, which defines all of the RQT (Relative Quantum
Topological) mechanics of atomic, molecular or material qualities. Symmetry is quantized as a force within the
magnetic particle spectrum, giving clear topological design to the energy particles, the electons, and psi's spherical
shape.
The h-bar magneparticle (at left) has a size of ~175 picoyoctometers, called pyms, and the electron model for pymtechnical internal topology was projected as a compound of forcons as well. The electron structure map explained how they pulsate by [ e = h(nhu) ] relativistic physics, and relativistic electron quantum mechanics was solved. Now molecular or material nanoscience is defined on the pymtechnical scale by animated energy video imaging named MAVCAM. RQT physics calculated atomic structure to have four electron shells, and CRQT atomic imaging succeeded.
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.................. The Crystalon Door is a science book of new physics dimensions. Thermal relativity is vividly
displayed in clear ultramicro detail, giving pymtechnical video scenes of each subatomic particle
as it is absorbed or emitted to transfer force and animate the reactions of molecules. Electromagnetic wave
structure emerged from the page as well, with discrete images of each magnephoton, their spin-emission events
and field flow distributions. Now the nanostructure, and femtostructure of an integrated circuit has plain images
for semiconductor and conductor energy fields, with electron imaging and unified physics topological mechanics.
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(C) 2009, Symmecon Grand Unified theory Marketing Corporation