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  Quantum Physics Basics                 
 for Schrodinger Wave Equation Models
   ______________   
          
            MAVCAM system particle physics reduces atomic scale problems                            
   of energy or force field topology to their analytical wave equation formats in
    picoyoctoscale terms of relativistic quantum mechanics.  It achieves the long-
    sought continuation of string theory from the early triple string shown below
    to the CRQT system intricon force particle at lower right by the 
    {force+energy+space} timespace manifold correlation function for pymscale
    imaging.
       ..                                        
 
             While the progress of advanced science in particle 
   physics arrived at the conclusion defining force points  
   to have material bodies, named strings, the qualities 
   of strings and their interactions remained unknown 
   until the GT integral atomic topofunc video  imaged
   their condensation to form h-bars and the spectrum of magnetic energy 
   particles in 2005.                                                                 
 
|   Point & String.png   |              Basic quantum physics now proceeds to unify that early field theory
|     by Maxim Razin     |     concept with relativistic electromagnetic models, and the continuation
|   in World lines and    |     applies quantum symmetry rules to the triple string to fit it into a regular
|    world sheet.svg,     |     magnetic forcon spectrum.  It becomes the intricon, the intricate forcon,
|     June, 2008, by       |     of CRQT particle physics. 
|    Pavel Kurochka       |
|_________________|            Schrodinger wavefunction modeling with              
                                              CRQT functions renames the strings the varieton
    series symbolized {k(1-10}.  The intricon (at right, 2005, The Crystalon
    Door) is the k(4), and the varietons may in fact be the quarks referred
    to in some quantum particle physics researches.   The fluency and 
    versatilty of the varieton format is due to the elucidation of their exact
    energy and quantum symmetry values, allowing model building for h-bars
    and many more critical particles.  
 
             The intrix thermic tint force particle is another good example of
    how intricons fit perfectly into quantum jumps and relativistic
    transformation mechanics for molecular simulations, electromagnetic
    circuit models, or wave photon studies.             ( Scroll down for quarks 
                                                                                                 with gluons.)
 
                                                                                                                          
  
  (C) 2010, Symmecon Grand Unified Theory Marketing Corp.

                                                                               

     

 

 

     When Glorks Turn Out

   to be Probitalixongs

 _________

 

 

             Within an atom, or in the high 

    density energy fields nearby, the ultimate

    particles making up mass, energy, or

    force must flow and crystallize to animate

    the events of photon emission or  

    absorption, and build the topologies of

    electrons, energy and force fields, or new

    photons and laminar waves or rays.

 

            Modern quantum physics seeks

    to define the fundamental particles by

    mathematical analysis of data collected

    through ultra-instruments equipped with

    arrays of sensitive detectors.  The image at

    right from Argonne National Laboratory

    displays a "Gluon field configuration used

    in description of the vacuum properties of

    quantum chromodynamics.", titled "Quarks

    and gluons, high res."

 

         

 

            MAVCAM analysis of these types         |        Quarks and Gluons       |

     of structures has resolved the data to             _________________________________________________________________________________________

     coherent, quantized architectures with

     picoyoctometric detail and known rules of relativistic interaction.  CRQT particle physics defines quarks as dense, metalloplastic rods labeled

     varietons; and their accompanying gluons as probablons.  A quark lattice forms as quarks are bonded by gluons, building a glork crystal.  Those

     compound glorks are terrned probitalixons, and when they hold magnetic particles are called probitalixongs.  New physics is mapping the glorks onto

     atomic topologies by Einstein-Lorenz transform mechanics within quantum physics rules for units of Joule energy change.  That means the next

     generation of 3D EM full-wave microchip design software will operate by exact picoyoctoscale energy and force data modeling for the magnetic field

     around a wire or transistor.  There is more to nanoelectronics than meets the eye.

 

            

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                Clough Essays in Quantum Mechanics                                     Buy a Copy Now                              Quark Physics History Page

 

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 (C) 2010, Symmecon Grand Unified Theory Marketing Corp.