Particle of life : mathematical abstraction or reality? / Michail Zak.

Format:

Book

Author/Creator:

Zak, Michail, 1932-

Series:

Mathematics research developments series.

Mathematics research developments

Language:

English

Subjects (All):

Artificial intelligence.

Human information processing--Mathematical models.

Human information processing.

Intellectual life--Mathematical models.

Intellectual life.

Life (Biology)--Mathematical models.

Life (Biology).

Quantum theory.

Self-organizing systems.

Physical Description:

1 online resource (147 p.)

Place of Publication:

Hauppauge, New York : Nova Science Publishers, 2014.

Language Note:

English

Summary:

The book presents a mathematical answer to the ancient philosophical question ""How mind is related to matter"". It proves that in the mathematical world, the bridge from matter to mind requires extension and modification of quantum physics. The proposed dynamical model that captures behavior of living things is based upon the extension of the First Principles of classical physics to include the phenomenological behavior of living systems, i.e. to develop a new mathematical formalism within the framework of classical dynamics that would allow one to capture the specific properties of natural o

Contents:

""PARTICLE OF LIFE: MATHEMATICAL ABSTRACTION OR REALITY?""; ""PARTICLE OF LIFE: MATHEMATICAL ABSTRACTION OR REALITY?""; ""Library of Congress Cataloging-in-Publication Data""; ""CONTENTS""; ""PREFACE""; ""Chapter 1: INFORMATION � FORGOTTEN VARIABLE IN PHYSICS MODELS""; ""ABSTRACT""; ""1.1. INTRODUCTION""; ""1.2. JUSTIFICATION FOR NON-NEWTONIAN APPROACH""; ""1.3. PROPOSED APPROACH TO DYNAMICAL MODEL OF LIVING MATTER""; ""SUMMARY""; ""Chapter 2: STARTING WITH MADELUNG EQUATION""; ""ABSTRACT""; ""2.1. SEARCH FOR TRANSITION FROM DETERMINISM TO RANDOMNESS""; ""2.3. ANALYSIS OF SOLUTION""

""4.2. EXAMPLES""""4.3. FINDING GLOBAL MAXIMUM""; ""4.4.MODELING VIRTUAL LIFE WITH L2-PARTICLE""; ""4.5. DEPARTURE OF L2-PARTICLE FROM NEWTONIAN DYNAMICS""; ""4.6. SIMILARITY OF L2-PARTICLE AND QUANTUM MECHANICS""; ""4.7. DIFFERENCE BETWEEN L1,2-PARTICLE AND QUANTUM SYSTEMS""; ""4.8. DIFFERENCE BETWEEN L1 AND L2�PARTICLES""; ""4.9. L2�PARTICLE FOR COMMUNICATIONS AND SELF-ORGANIZATION""; ""4.10. L2�PARTICLE APPROACH TO INTERPRETATION OF STATISTICAL LAWS""; ""SUMMARY""; ""Chapter 5: DYNAMICAL MODEL OF L3-PARTICLE""; ""ABSTRACT""

""5.1. FORMULATION AND ANALYSIS OF MATHEMATICAL MODEL OF L3 -PARTICLE WITH SHOCK FEEDBACK""""5.2. FORMULATION AND ANALYSIS OF MATHEMATICAL MODEL OF L3 -PARTICLE WITH SOLITONS""; ""5.3. INTERFERENCE OF PROBABILITIES""; ""5.4. COMBINED L1, 2, 3�PARTICLE DYNAMICS""; ""5.5. INTRINSIC INVARIANT OF LIFE""; ""SUMMARY""; ""Chapter 6: MODELING COMMON SENSE DECISIONS""; ""ABSTRACT""; ""6.1. INTRODUCTION""; ""6.2. L1�PARTICLE FOR COMMON SENSE DECISIONS MODELING""; ""SUMMARY""; ""Chapter 7: L-PARTICLES FOR MODELING SOCIAL NETS""; ""ABSTRACT""; ""7.1. DEFINITIONS""; ""7.2. GAMES OF ENTANGLED AGENTS""

""7.3.MODEL OF A CROWD""""7.4. SPONTANEOUS FORMATION OF SOCIAL NETWORKS""; ""SUMMARY""; ""Chapter 8: ARTIFICIAL LIFE?""; ""ABSTRACT""; ""8.1. COMPUTING L-PARTICLE DYNAMICS""; ""8.2. SIMULATING L-PARTICLE DYNAMICS""; ""8.3. EFFECT OF EXTERNAL FORCES""; ""8.4. DATA-DRIVEN MODEL DISCOVERY""; ""SUMMARY""; ""Chapter 9: APPLICATION TO MODEL OF HUMAN MIND""; ""ABSTRACT""; ""9.1. DISCRETE PERFORMANCE OF MIND""; ""9.2. CONTINUOUS PERFORMANCE OF HUMAN MIND""; ""SUMMARY""; ""CONCLUSION""; ""EPILOGUE""; ""REFERENCES""; ""INDEX""

Notes:

Description based upon print version of record.

Includes bibliographical references and index.

Description based on online resource; title from PDF title page (ebrary, viewed December 28, 2013).

ISBN:

1-62948-585-3

OCLC:

918624236