STEX advanced design bureau doesn't necessarily expect any awards for the following
Inventions, but for the purpose of Technology Highlighting of Inventions and it's
importance in the Technolgy Ecosystem, it could showcase potentially 30 prospective academic
medals, for it's Inventions, Fundamental research and system Designs.
 11 Turings( Computer science )
 9± Nobels ( Economics & Physics )
 10 Fields ( math medal )
Paradigms & Techniques invented by STEX are as follows.
[ Prospective Nobel Physics, Turing  Computer science, Fields  Math & Nobel 
Economics ]
 Intelligent design object paradigm of systems  Illustrated in the book Intelligent
design techniques ( Prospective Nobel physics )&
( Turing Comp Science)
 systems paradigm   Illustrated in the book Intelligent design techniques
 Industrial fractals, matrix methods & Systems Design )  Illustrated in the book
Intelligent design techniques( Prospective Nobel Physics
)
 Spatial Projections  Illustrated in the Design Bureau sections. Analogically similar
to the quantum mechanics concept data existing as a Wave form or the data existing
as a radio wave within a Particular boundary.
( Prospective Turing comp science) &
( Prospective Nobel Physics )
 Spatial layered Meta data & ( AI/Intellligent Product Design ) Structured Data paradigm
 Mathematical spatial integration of real world and the Virtual World, using layered
meta data on digital maps and additionally the math technique for Short distance
radius scan on maps ) refer information broadcasting & Stex maps search.(
Prospective Turing comp sci) & ( Fields medal math )
 Industry Domain Knowledge and Domain Neutral systems paradigm  Illustrated in the
book Intelligent design techniques
( Prospective Turing comp sci )
 Realistic Artificial Intelligence in machines  Illustrated in the book Intelligent
design techniques & Information String theory to build Synthetic Information relational Structures.
( Prospective Turing Comp science. ) &
 Systematic Automated innovation  Illustrated in the book Intelligent design techniques
 Single World Non Devalueable International currency ( IC14  world economic currency
) Illustrated in the Design Bureau section at our website ( Prospective
Nobel  economics )
 Advanced Enterprise Finance & economics  Illustrated in the book Intelligent design
techniques
( Prospective Nobel Economics )
 Physics Color codes  reflecting Design, enginering and other machinery attributes.
Refer "Experimental section 2" ( Prospective Nobel Physics )
 Programing Paradigms like  Object Imperative model, Object Functional model, Object
model, Spatial View Model ( STEX GRID search displays complex views of data projected
as Spatial Projections ), 3D Data structure Model, Reduced Instructruction Set Variable
Thinking Model, Freescaling Objects and Variables model  Illustrated in the FCX
compilers Design section at our website
( Prospective  5(Five) Turing comp science )
 Community Mutual Funds a New Investment Paradigm  Illustrated in the Design Bureau
section at our website( Prospective Nobel Economics )
 Free scaling Technology Architecture Techniques Paradigm  Illustrated at our FCX
Datastore,EMR,FULFILMENT, EFLUX projects( Prospective Turing
Computer science )
 Quantum Computing Techniques Paradigm  Illustrated Quantum Ballistix
 Predictive Economics Intelligence Paradigm  Illustrated as digital economic lifelines
( Intelligent Data in Stex Grid ), a new way to economics (
Prospective Nobel economics )
 Application of Space Time concepts in spatial Techniques like Projections and in
defining the structure of Space Time  refer experimental projects starship design
( Prospective Nobel Physics )
[ Fields Medals  Maths ]
 Prospective ( 10 Fields Math Medal for "Applied
Mathematics" ) in Real world application areas like
 Homomorphisms abstract algebra applied to Enterprises Structures & Holomorphic Functions
( Functions that have a Mind of their own applied in Creating Domain Neutral Process
Systems and object Polymorphicity in comp science ) ( Refer STEX ADB Book Intelligent
design techniques )
 Application of Matrices theory ( Matrix Methods) in Intelligent design Fractal Transformations
& Vector calculus mathematics ( div ,curl, grad ) in Intelligent design of Systems.
 Freescale methods & Techniques in objects/Processes/Systems freescaling and Variables
freescaling ( Parameter freescaling in Measurement[] functions and Equations )
Refer Enterprise Flux, FCX Compilers, Datastore )
 3D Spatial Mathematics application in creation of Spatial Projections, Spatial View
modelling ( Complex Macro picture, Complex Micro Picture )
 3D Spatial Mathematics application in creation of Community mutual fund design &
International currency Design.  Refer FCX compiler section and the Intelligent
Design Book
 Triangulation Maths Methods in Satellite GPS Fixing and Exponential functions in
Train/RailBraking systems, Derivatives like dx/dt as a System Change/Fluctuation
Function, Reinforcement learning algorithms in Enterprise Architecture ( Enterprise
rules ) and Dynamic systems programing.
 Mathematically solving ( Balancing Equations and variables using vectors & Relations
) the Information Scaling problem for the Information Industry. Refer Project in
section #14 below.
 Mathematically ( using tensor and freescale maths ) to invent the community mutual
Fund solution( Section #13) and Insured Loan Instrument(#14)
 Mathematically solving the Stock Market problem. ( Refer Book Intelligent design
techniques  page 71 & Section#13 below )
