Conjugate Visual Patterns in Global Analysis Modes

This is a popular science PPT specially prepared for the convenience of the public to read the monograph "Conjugate Construction of Quantum Optics" by NOVA Science Publishers. With diagrams as the main body, the basic principles and important characteristics involved in quantum optics are analyzed. Utilize visual patterns to demonstrate typical visual features observed and measured for multivariate classical logic and mathematical systems when dealing with topics in complex dynamic systems. Analyze, characterize, and derive the most important extended and distinguishing features between conjugate systems and classical systems.

There two parts, the first part initially introduces a series of classic cases of global analysis on complicated dynamic systems. There is a visual illustration of several whole complex structured systems. The selection includes: mathematical foundation, mathematics, modern physics, hyper-physics, standard model, quantum optics, entanglement physics, logic equations and representation from zero to complex numbers in structures. Based on the world-recognized logical, mathematical, and physical structures, it displays the correlation patterns of various core systems that constitute special complex systems in a hierarchical and structured manner. From the analysis level of structural component mode, it forms a consensus with readers on the brilliant achievements of modern civilized society in science, technology and engineering.

Based on the super-complex content structure of the initial maps, the second description introduces the visual mode and patterns of the whole analysis. Starting from the iceberg model, it vividly shows any complex system. In the super-complex system, the visual part only accounts for a small part < 10% The part of the iceberg above the water surface, and the rest can be finely divided into surface, middle and deep layers.

In the extensive practice of modern science and cutting-edge system engineering, Bird & Frag model provided by Dyson to show that some scientists are birds and most of others are frags.  The W⁴H² six key problem organization model are generally adopted by the whole system analysis, and has good application effects. This type of patterns is usually represented as six blind persons touching an elephant. As an analysis expert in a special field, six materialized and visualized features are extracted respectively: {snake, towel, knife point, big tree, wall, rope} as a set of daily used objects. Corresponding to the core expression of system analysis as W⁴H², there are six important characteristics of the entire processing flow from the problem to the result.

Cooperating with the visual model and system analysis method for complex system description shown in the first part, the second part selects six groups of typical modes to apply to the basic topics of quantum optics, including visual system architecture, unit circle, complex conjugate/conjugate vectors, Hilbert/conjugate spaces, symmetry/asymmetry, classical/conjugate logic, multilevel logic paradoxes and conclusion.

All materials are selected from the monograph on conjugate construction of quantum optics, using visual patterns, introducing necessary mathematical formulas without involving complex proof and reasoning process, including basic explanation information of foundation and possible application. A conclusion briefly reviews the collection of general systems on visual models and methods.

Conjugate Construction of Quantum Optics
Book Access URL: https://novapublishers.com/shop/conjugate-construction-of-quantum-optics-from-foundations-to-applications/  

 

Conjugate Construction of Quantum Optics
Book Access URL: https://novapublishers.com/shop/conjugate-construction-of-quantum-optics-from-foundations-to-applications/