Conceptual  Physics

UNITARY ORBITAL CONCEPTION of ELEMENTARY PARTICLES

and their INTERACTIONS

An alternative approach to their structure discrepant from the Standard Model


The fundamentals of the concepts developed are published in the Vol. 12 No. 2 June 1999 of the international peer journal:
Physics Essays
Article:    Physics Essays, Vol. 12, 2, 1999    (PDF  194 KB)

You may also have
a look at the book
LATEST LOAD:

The Body of Vacuum

 Orbital Structure of the Neutron:
Positive Core and Negative Shell

Table of Content

CONCEPTUAL FUNDAMENTALS
DIVERSE LOADS
I. Introduction I. Orbital Conception of Elementary Particles (a)
II. Fundamentals II. Orbital Conception of Elementary Particles (b)
III. Archetypical orbital systems III. Universe Asymmetrical Composition
IV. Nuclear Fusion and Radioactivity IV. Orbital Nuclear Forces and Structure
V. Nature and Saturation of Nuclear Forces... V. Orbital Light Hydrogen Fusion
V.1. ... within Isotone Families VI. Orbital Nature of Elementary Particles
V.2. ... within Isobar Families VII. Orbital Neutron, Deuteron and Helion 3
V.3. ... within Isotope Families VIII. Orbital Isotones with two Bonding Carriers
V.4. ... in heavy nuclides IX. Orbital Isobars H3 and He3
VI. Comments X. Orbital Structure of Neutral Baryons
VII. Conclusion XI. Orbital Structure of Baryons
  XII. Orbital Mechanics of Particles Structure
  XIII. The Neutron Structure and its Classical Radius
  XIV. Nature of the Electron Mass
  XV. The Proton Structure, Mass, Magnetic Moment and Radius
  XVI. Nature of the muon mass
  XVII. Unification of the electron and the proton
  XVIII. Elementary Particles Unitary Structure
  XIX. The H atom Q charge
E-mail: G. Sardin XX. Diagram of the Creation process of elementary particles
Curriculum Vitae XXI. Neutron and Lambda Disintegration
Copyrights XXII. Nature of Particles Mass and Gravitational Field
  XXIII. Quantization of elementary particles
  XXIV. Decryption of Kaon decay modes
  XXV. A New Universal Constant Q that unifies the electron, muon, proton, neutron and H atom
A comment Confrontation with Experimental Data