Unimathematical Modeling Fundamental Sciences System

by

© Ph. D. & Dr. Sc. Lev Gelimson

Unimathematical Modeling Fundamental Sciences System (Essential)

Quintessence

Main Monographs

Necessity and Usefulness of Unimathematical Modeling Fundamental Sciences System, or Principal Shortcomings and Domains (Ranges) of Applicability and Adequacy of Known Objects (Numbers, Points, Sets, and Systems) and Processes

Fundamental Science of Universal Mathematical and Physical Models Nature and Arts

Fundamental Science of Homogeneous Unimathematical and Physical Models

Fundamental Science of Nonhomogeneous Unimathematical and Physical Models

Fundamental Science of Unimathematical and Physical Models Unification

Fundamental Science of Unimathematical and Physical Models Structurization

Fundamental Science of Unimathematical and Physical Models Invariancy: No Invariancy (Fixed Origin), Linear Translation Invariancy, Parallel Translation Invariancy, Fixed-Center Rotation Invariancy, Rotation Invariancy, Proportional Transformation Invariancy

Fundamental Science of Unimathematical and Physical Models Symmetry: Central Symmetry, Axial Rotational Symmetry, Axial Mirror Symmetry in a Plane, Planar Mirror Symmetry in a Space

Fundamental Science of Unimathematical and Physical Models Objects: Uninumbers incl. Numbers, Quantisets incl. Sets, and Quantisystems incl. Systems

Fundamental Science of Unimathematical and Physical Models Uniquantities

Fundamental Science of Unimathematical and Physical Models Representation

Fundamental Science of Coordinate Systems for Unimathematical and Physical Models Representation: Homogeneous and Nonhomogeneous Coordinate Systems; 2D Representation Methods for 3D Data

Applications of Unimathematical Modeling Fundamental Sciences System