Quantum Symmetry

Quantum Symmetry

Page Index

2 Quantized Symmetry

for Topological Energy

Particle Modeling

3 Thermosymmetric

Boundaries of Psi

Frequency Pulsation

2 Quantized Symmetry for

Topological Energy Particle

Modeling

The quark-string model for force points as fundamental particles of matter was unified with the

expanded Schrodinger equation for one atom with quantum symmetry numbers as a variableto build a

valid definition within the particle in a box argument's terms. Mapping that for topological clarity led to

the inclusion of supersymmetry as a key feature, and since symmetry is a force it must be quantized.

Symmetry is taken to be a field force consisting of quarks of the next smaller dimension of quanta, a

size of about 10 _{^{^-56 J. That scale is}}_{^{named the D5. Quantum symmetry is uncanny, giving a perfectly quantized,}}

_{^{symmetric design to the Ge atom.}}

_{^{Since symmetrons are D5 quarks They are identical to the D4 ones, at right}}

_^find_{^{the topological map of the hexon. It's quantum symmetry numbers are {*3,*4,*6},}}

_^while_{^{it's six open faces act by organizing hexasymmetry among particles within it's}}

_^matrix-_{^{field. Mineral quartz crystals are bonded by hexasymmetrons as a force field.}}

_{^{__________ _______ _____ ___ -- * ___ ___ S _ __ ___}}

_{^{Next, by}}_{^{that definition we need a variable to represent the quantum symmetry numbers in our}}

_{^{atomic topofunc and all of the}}_{^{relative quantum particle functions for the complete set}}_{^{of energy particles, including}}

_{^{the electron topofunc. This is the {*n, Sn } variable. A symmetron joule}}

_^value_{^{exists for each column of the table of relatons}}_^and_{^{fundamons, with}}

_^the_{^{energy value}}_{^{stored in it equal to the rels of that}}_{^{column's single relaton.}}

_{^{Hence each}}_{^{successive order of the series differential}}

_{^{expansion of the Schrodinger equation denotes a new plasma stage of}}

_^the_{^{nucleus, and each advance to a new}}_{^{stage elicits emission of one Q4}}

_{^{equivalent of that symmetron from the}}_{^{nucleons, due to the compressive,}}

_{^{concentric force of the electromagnetation stages which contract the atom}}

_{^{and trigger all of it' electromagnetons}}_{^{to emit all internal, asymmetric energy}}

_{^{as em photons to the enviroinment.}}_{^{By this nucleon excitation the nucleons}}

_{^{spin and emit their successive stages of advancing symmetrons.}}_{^{They form}}

_{^{wells like geysers as they move toward the nuclear surface, as shown at right.}}

_{^{_______________________________ ______________________}}

____________________________ _____________________________

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Trisymmetron Topology

S 3 The new variable succeeds in

holding trace energy that exactly

fits the symmetopol functions.

It's quantum symmetry number defines the

topology of each forcon compound energy particle.

Picoyoctoscale atomic imaging is a reality of modern

data processing technology.

SYMMETRY FIELDS

The symmetries of the electron shells, subshells,

and orbitals are defined by field-matrices of

symmetron force field particles.

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* Nanotechnical Atomic Imaging Software Development * * Chip Design Software Builds................................................................................ The Solution to the Schrodinger Wave Equation*

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* Nanotechnical Atomic Imaging Software Development * * Chip Design Software Builds*................................................................................ *The Solution to the Schrodinger Wave Equation*

* Nanotechnical Atomic Imaging Software Development * * Chip Design Software Builds................................................................................ The Solution to the Schrodinger Wave Equation*