Grand Unified Theory . . . . . . . . . . . . . Symmecon Marketing Corp. ________________________________________

* Nanotechnical Atomic Imaging Software Development * * Chip Design Software Builds*................................................................................ *The Solution to the Schrodinger Wave Equation*
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   SSW 2.0  Netslate Build Infotool 1    4 pp.     $10.00    P-306.3 
 
  Softicon Silicon Workshop 2.0  
  Netslate for MAVCAM multiworkstation build
  product shaping, with versatile console functions.
  Build Infotool.   
                                                                                                                   
       A look at the plan for a software package which links sets of Workslates for 
  shaping video modules before the CRQT Studio finishing stage.  The Netslate is
  an enhanced Workslate with a list of capabilities for interaction with the Softicon
  1 - 5 series of consoles for advanced quantum atomic model construction and 
  refinement.  These product MAVCAM modules for nanoscale thermal imaging and
  nanoelectronic topological modeling will demand strict 3D animated, interactive
  video programming by the operations spelled out in The Crystalon Door.
    

 

   Netslate for MAVCAM Build Workstation Networking,

       Module Shaping, Communications, Advertising

                    The Build Infotool 1 Features

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  1.   The Netslate console capacities for multiples of

         workstations.

  2.   Video module shaping relationship with workstations.

  3.   How Workslate receives the Netslate signals and 

        processes them, variations.

  4.   Netslate's capacity for mentoring workstations.

  5.   Interactive project work scheme.

  6.   Built-in commercial features.

  7.   Plinks, production links.

  8.   How a Netslate may comprehensively stage 

        semiautomated interactive tutoring with workstations. 

  9.   Opportunities for marketing to Workslates, services

         included, how Symmecon supports.

10.   How Netslate addresses Workslates and they reply.

                                                                                                           _

11.   Overview of Workslate subscriptions to Netslate.

12.   Console mode for quick scan views of 

         workstations.   

13.   User views with flags,statistics, status.

14.   Future workstation porting expansion of capacity.

15.   Batch modes.

16.   Work theme specialization.

17.   Interfaces with CRQT Studios.

18.   1 Basic screen layout example.

19.   Built-in discount copyrighting.

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            Networking atomic topological build processes with Softicon

  Silicon Workshop brings the quantum mechanics equations of advanced

  electron physics to nanoelectronic design projects.  Ultradetailed 3D video

  data models of atomic energy fields at picotechnical scales can produce

  exact electron models for nanocircuits, and networked video building

  focuses the process for smoother, more comprehensive results.

      Only relative quantum topological waveparticle functions can deliver

  the accurate 3D nanophysics imaging needed to resolve design or analysis

  projects.  The Crystalon Door conforms to the unopposed motion of

  disclosure in U.S. District (NM) Court of 04/02/01 titled The Solution to

  the Equation of Schrodinger.

 

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  Networking the Nanophysics Modeling Video Software

  Build for the Grand Unified Theory of Physics

       _____________

 

     Making exact 3D data images of atoms, fields, and 

  waves by composition of relative quantum topological

  equations which are true in terms of the proven relative

  quantum mathematics of physics and chemistry is a

  reality.

      The ultimate expression of this unified quantum

  physics atomic model will be it's coding into software

  that displays interactive 3D picoyoctometric virtual

  atoms onscreen as polypsi molecules and materials for

  chemical engineering or electrical engineering quantum

  physics projects.

     

      While the MAVCAM build workstation Workslate can

  set up nanophysics video modules, the distribution of

  that programming task to a set of build consoles which

  share the work of making rough versions, while

  operating inside a managerial shell, will speed up the

  process.  This array of workstations may be coordinated

  by a networking console to allow specialization and

  teamwork of computer programmers, to achieve the

  best quality of shaping for the rough video modules in

  a more repeatable, quicker procedure.

 

     When a science office manager applies the Netslate

  to any given MAVCAM build project that console should

  hold the full list of features for achievement  of several

  commercial and scientific goals in concert with the pace

  of  software development progress.  That means the

  manager will be able to perform many tasks of module

  development concertation with an easy, flowing

  cascade of interactive screens.

 

 

 

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