Nonlinear physical fields and anomalous phenomena / Alexander S. Rabinowitch.

Format:

Book

Author/Creator:

Rabinowitch, Alexander S.

Language:

English

Subjects (All):

Nonlinear theories.

Physics.

Physical Description:

1 online resource (255 p.)

Edition:

1st ed.

Place of Publication:

New York : Nova Science Publishers, c2009.

Language Note:

English

Summary:

The monograph is devoted to a number of poorly explored problems of non-linear electrodynamics, nuclear physics, and general relativity that are very important for astrophysics, geophysics, and cosmology. In it new theoretical methods are proposed to solve the problems under consideration and to explain a number of puzzling experimental and observational data. In the book the authors study the non-linear equations of the Yang-Mills theory and their applications to several unsolved problems of electrodynamics. They find and investigate a non-linear generalisation of the Yukawa meson theory to describe the phenomenon of nuclear saturation and various properties of nuclei. They propose a generalised Dirac's equation to describe the quark structure and anomalous magnetic moments of nucleons. They consider a number of unsolved problems of general relativity and study anomalous properties of gravitational waves. Finally, they find and investigate a generalisation of the Einstein gravitational equations based on Weyl's geometry to explain puzzling properties of spiral galaxies and to apply it to several unsolved problems of cosmology.

Contents:

Intro

NONLINEAR PHYSICAL FIELDSAND ANOMALOUS PHENOMENA

CONTENTS

PREFACE

INTRODUCTION

ABSTRACT

SECTION 1.1.MYSTERIES OF ELECTRICITY

Mystery of the Earth Magnetism

Phenomenon of Ball Lightning

Problems of Atmospheric Electricity

Mysteries of Atmospheric Layers

SECTION 1.2. PUZZLING PROPERTIES OF NUCLEAR FORCES

SECTION 1.3. ANOMALOUS PROPERTIES OF NUCLEONS

SECTION 1.4 UNSOLVED PROBLEMS OFTHE EINSTEIN GRAVITATIONAL THEORY

YANG -MILLS THEORYAND NONLINEAR ELECTRODYNAMICS

SECTION 2.1. YANG-MILLS NONLINEAR FIELD THEORY

SECTION 2.2. EXACT SPHERICALLY SYMMETRIC SOLUTIONS OF THEYANG-MILLS EQUATIONS WITH STATIONARY SOURCES

SECTION 2.3. NONLINEAR ELECTRODYNAMICSBASED ON THE YANG-MILLS THEORY

SECTION 2.4. APPLICATIONS OF THENONLINEAR ELECTRODYNAMICS

SECTION 2.5. EXACT SOLUTION OF THE YANG-MILLS EQUATIONSWITH NONSTATIONARY SPHERICALLY SYMMETRIC SOURCES

Yang-Mills Equations in the Nonstationary Spherically Symmetric Case

Finding Exact Solutions to the Examined Yang-Mills Equations

SECTION 2.6. YANG-MILLS THEORYAND ELECTROWEAK INTERACTIONS

Weak Fields Generated by Neutrinos

Determination of Constants of Electroweak Interaction

SECTION 2.7. EXACT AXIALLY SYMMETRIC WAVESOLUTIONS OF THE YANG-MILLS EQUATIONS

SECTION 2.8. SPHERICAL WAVES IN YANG-MILLS FIELDS

NUCLEAR FORCES IN MEDIUMAND HEAVY NUCLEI

SECTION 3.1. NUCLEAR FORCESAND THEIR PROPERTIES

SECTION 3.2. NONLINEAR GENERALIZATIONOF YUKAWA'S THEORY

SECTION 3.3. SIMULTANEOUS ACTION OF NUCLEARAND ELECTROMAGNETIC FIELDS

SECTION 3.4. HIGH-ENERGY INTERACTION OF NUCLEONS

SECTION 3.5. EQUATIONS FOR MEDIUM AND HEAVY NUCLEI

SECTION 3.6. DESCRIPTION OF PROPERTIESOF MEDIUM AND HEAVY NUCLEI

SECTION 3.7. EQUATIONS FOR NEUTRON STARS.

3.8. GRAVITATIONAL AND NUCLEAR FORCESIN COOLED NEUTRON STARS

QUANTUM MECHANICS OF NUCLEONSAND LIGHT NUCLEI

SECTION 4.1. GENERALIZED DIRAC'SEQUATION FOR PROTONS AND NEUTRONS

SECTION 4.2. INTERACTION OFNUCLEONS WITH MAGNETIC FIELDS

SECTION 4.3.MAGNETIC MOMENTS OF NUCLEONS

SECTION 4.4. GENERALIZED DIRAC'S EQUATION FOR LIGHT NUCLEI

SECTION 4.5. SOLUTION OF MATRIX EQUATIONS

SECTION 4.6. DIFFERENTIAL EQUATIONS OF CHARGECONSERVATION FOR LIGHT NUCLEI

NEW ASPECTS OFGENERAL RELATIVITY

SECTION 5.1. PERFECT FRAMESOF REFERENCE IN GENERAL RELATIVITY

HOMOGENEOUS DEFORMATIONS OF APERFECT FRAME OF REFERENCE

DETERMINATION OF THE PARAMETER λ

FREE RELATIVISTIC ROTATION OF APERFECT FRAME OF REFERENCE

SECTION 5.2. ELASTICALLY DEFORMED FRAMES OF REFERENCE

SECTION 5.3. GRAVITATIONAL WAVESIN PERFECT FRAMES OF REFERENCE

EXACT WAVE SOLUTIONS INPERFECT FRAMES OF REFERENCE

SCHWARZSCHILD'S PROBLEM IN AN EXTENDED PERFECTFRAME OF REFERENCE

SECTION 5.4. ENERGY AND MOMENTUMOF THE GRAVITATIONAL FIELD

SECTION 5.5. GENERALIZED EINSTEIN GRAVITATIONALTHEORY WITH VACUUM VECTORIAL FIELD

SECTION 5.6. GENERALIZED CORRELATIONFOR THE ENERGY-MOMENTUM TENSOR

SECTION 5.7. GENERALIZED KINEMATICAL EQUATIONS FOR DUSTLIKEMATTER AND FIELD EQUATIONS FOR VACUUM POTENTIALS

SECTION 5.8. COSMOLOGICAL EFFECTS OF THE GENERALIZEDGRAVITATIONAL THEORY WITH VACUUM POTENTIALS

SECTION 5.9. ASTRONOMICAL APPLICATIONS

CONCLUSION

REFERENCES

INDEX.

Notes:

Description based upon print version of record.

Includes bibliographical references (p. [237]-239) and index.

Description based on print version record.

ISBN:

1-61470-437-6

OCLC:

834603858