New Theory of Relativity and Electrodynamics-1961


CONTENTS

(Links on titles)


I - FOREWORD - PRINCIPLES. 

1. About Relativity

2. Principles of the New Theory.


II - UNTHINKABLE JOURNEYS. 

1. About Michelson's experiments

2. Anamorphosis

3. Symmetrical travellers.


III - ELECTROMAGNETIC FIELD RELATIVITY. 

1. Movement of a conductor in a magnetic field.

2. A strange experiment: the magical chandelier

3. The magnet in oscillating rotation.

4. The rotating solenoid


IV - BASIS OF THE NEW THEORY 

1. Assumptions.

2. Medium of propagation of reciprocal actions

3. Conventions.

4. Current element.

5. Electrical force and the coefficient c.

6. Ancet's postulate.

7. Operating speed in a remote action.

8. Universal dynamic formula.


V - ISOLATED ACTIONS.

1. Electrical force between two elementary charges

2. Electrostatic force

3. Electrokinetic force

4. Reciprocity of electrical actions


VI - ELECTRON MECHANICS. 

1. Newtonian field equivalent to any accelerator field

2. Limiting electron velocity

3. Ejection speed

4. Fundamental relationship of electrokinetic energy

5. Load variation with speed

6. Mass and Energy

7. Discussion


VII - ACTIONS OF SETS. 

1. Action of a current element on an elementary load

2. Action of one current element on another current element

3. The electrokinetic field

4. Electro-kinetic field of an infinite straight conductor through which a current flows

5. Electro-kinetic field of a rotary on its axis and notion of electrokinetic charge

6. Gyrokinetic field

7. The gyrokinetic field and induction

8. New Horizons: Gyrokinetic Field of Matter and Gravitation

9. Magnetism.

10. Interpretation of Faraday's Law.

11. Laplace's Law rectified


VIII - ANCET’S FIELD or Field A

1. Field A of a closed circuit

2. Field A of an infinite straight conductor

3. Field A of an indefinite straight half conductor

4. Field A of a driver segment

5. Field A and sliding contacts

6. Case of a current node where there is a sliding contact

7. Summary experiment


IX - Appendix - Article published in the Revue Générale d'Electronique 1965 (in French)