Atomic Imaging Builds
for Chip Design Software
Picoyocto Technical Video Display Modeling
of Atomic Structure, Molecules, or Materials
Atomic structure is known by waveparticle physics equations and chemical analytics to have a list of dimensions and qualities. Standard models give each element a weight, size, nucleon count, electron shell topology with orbital levels of (+) charge ionization energy potential, and heat capacity.
There are measured parameters for a pure element's material qualities; heat
conductance, magnetic susceptibility, electrical conductivity and resistance, capacitance, malleability, tensile strength, ductility, hardness, density, melting point, nucleon spin, nuclear magnetic resonance, wave absorption and emission frequency spectra, vapor pressure, and others. All of these details give atomic and material microtopology well based definitions of spheres with electrical charge field sizes and electron valences, but those known factors do not go beyond that to put forward a model of regular picometric, and electron topological femtometric, detail. MAVCAM is picoyoctometric, modeling h-bars as ~175 x 10 - 36 m, ~175 pyms in diameter.
This concept of RQT wavefunction analysis focuses the calculation of atomic structure by mathematical synthesis of the individual elemental atom, named psi (Z)'s data point map, achieved by plain addition of the proven relative quantum waveparticle physics functions to make a compounded psi topofunc of more than 60 specific variables. That builds a complete wavefunction with quantized space, heat, and symmetry, a nucleus pulsating in mass at the frequency [ Nhu = e/h ], by radiation of picoyocto technical (pymtechnical) force field particles that carry exact, valid energy values ranging from [ 1/125 h |---> 10/125 h ].
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Now a plain central image evolves by point set symmetry mapping as the series expansion of psi's nuclear radiation of the four force fields maps the necessary stages of forcon output.
1. Chronons Time Field 
2. Probablons Probability Field
3. Varietons Magnetic Field
4. Gravity Gravity Field
While those 4 types of particles commute to and from the nucleus at the function defined rates, the rules of relativistic quantum mechanics compel a set of specifications for each one's exact energy equivalence in joules. That is true due to the limits imposed by the time, space, mass, and energy equations now implicit in the RQT psifunc. The workon h value's effects on the rates of nucleoplastic transformation quantize the possible sizes of the forcons emitted. That allows only the spectrum of force fieldons now labeled the relatons, for relativistic intertransformative force fieldon particles.
Hence we may define the law of atomic quantum force topology as follows. When the atom's Schrodinger wavefunction is solved for the series expansion of nuclear radiation rates used in the RQT GT [ Gravity <--> Time ] integral atomic topofunc the spectrum of force relatons emitted may have only that one set of exact relative quantum ruled values. Next, however, since symmetry is quantized the forcons will each also hold only one possible topology.
This first level of correctly quantized atomic relativistic mass flow gains pymtechnical video definition due to the strict, mathematically demanding conditions imposed by the RQT function network, all of which fit together smoothly to build the psifunc's outer heat capacity energy cloud topology in authentic sizes and physical distributions by continuation of the calculation process under operations that also fulfill the atom's equation for total internal momentum. Now every subatomic psi particle with mass, force, or energy is clearly defined in atomic equations, and that symmetry of design may be solved for any set of environmental temperature, pressure, and field effects.
Force fields emanate from the nuclear surface layer of nucleoplasm, as illustrated above. The plasma appears, by point set symmetry mapping of relaton topology, as a dense, viscous fluid composed of sinusoidal chronons, globular probablons, linear varietons, and conic-vortical gravitons. These now hold video images with data definitions capable of fitting into one continuous, pymtechnical, topological process of atomic relative quantum pulsation with regular, periodic cycles of emission and absorption of force. The atom's motion will now have relativistic gain and loss of mass as topologized particles while it's velocity changes, an achievement of RQT physics function networking that is quantized for force, gravity, time, probability, space, and a full, discrete spectrum of waveparticles transferring momentum along any possible circuit within an atom's internal volume. The quantum atomic model will gain and lose specific photons of electromagnetic wave energy, as a pymtechnical video display vividly portrays, in agreement with measurements and the Stefan-Boltzmann thermal photon output rule.
For more details of chip design software and atomic imaging software development, with flowcharts and commercial infotools for planning and operation of Symmecon CRQT analytical systems, select the link below and then choose Commercial Infotools.
(C) 2009, Symmecon Grand Unified Theory Marketing Corp.
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Mathematical Modeling
Analysis of Chemicals
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Nanoscience in Terms of || How and Why
the Unified Particle Physics || Work is Energy
of Atomic Structure || in h Units
An Introduction to Grand Unified Topological Science
as a New and Digital Analysis and Design System
of Calculation and Reasoning
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While searching for clear views of many science topics a reader finds that the
mathematical models for chemical, electrical, or mechanical scenes are made up by classical physics formulas. That method approximates how bulk materials respond to stresses in terms of energy, force, work, momentum, pressure, and heat.
When electrical or magnetic fields are discussed, this format breaks down due to the more precise results found through the functions for frequency [ e = h(Nhu) ] and wavelength [ Lamda = h / mv ]. Those factors always have units of h, the workon energy or work value. CRQT MAVCAM defines workon topology and mechanics.
Similarly, subatomic particle momentum is found to be quantized, and more quantized, or simply quantum, factors are found where equations use the values for h, delta, nuclear magneton, or the beta magneton. A new quantum physics theory has resolved the subatomic energy particles in 3D videographics.
Since the examination of individual molecular structures in chemistry, or comparable small numbers of electrons in electronics, must be performed by quantum physics calculations using those fundamental physical constants, the video models for those lower microscopic regions of femtometric dimensions of atomic structure must be built with intrinsic quantum functionality.
The electron model will demand femtometric model definition. Those features spell the inexorable dichotomy between classical and quantum physics, and where the particles are unimpeded masses subject to regular environmental forces their translational, vibrational, or rotational motions must also have relativistic functions for definition of their equilibrium states or reactions.
So now the stage is set for molecular wave interactions, reactions, bond definitions, phase changes, and semiconductor or electronic circuit processes to have a whole new science in terms of quantum relative physics equations which explain the nanostructural, and femtostructural details needed to advance the art.
S physics was built with those unified particle physics concepts in mind, and moved into the field of quantized variables for the four primary forces, as well as space and symmetry, in order to synthesize pymtechnical video models for safe, efficient science, engineering, and technological work. This system builds the exact atomic topofunc with all variables, and defines all extratomic particles, fields, and waves in the same RQT (Relative Quantum Topological) function network. Now the new science landscape looks like a dynamic spaceon (spatial ocean particle) of unified, well defined particle interactions on various quantum levels of force exchange. All known energy and matter is calculable by CRQT physics, with pymscale certainty, in the unified theory of physics.
Here are a series of topics for advanced science lovers featured in the navigation bar tag for Atomic Model Views. Each has some discussion with many new diagrams, illustrations, examples, and key calculation guides to help learn all of the details of 3D atomic structure and wave RQT modeling for the interactive analysis of design, research, or study project subjects.
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***** Ultrascience Synergistic gains of data processing power lead toward modernization by new and ultrascience, results of the leverage applied by CRQT infotools.
(C) 2009, Symmecon Grand Unified Theory Marketing Corp.