list of contents

Table of contents

1. Issue

2. Course of events --- How the idea entered my mind

3. Introductory remarks to the hypothesis

4. Hypothesis

4.1 Fundamental ways of thinking

4.2 Qualitative description of the structure

4.3 Quantitative determination of the structure

4.3.1 Determination of the mean distance between two particles

4.3.2 Collisions of particles

4.3.3 Quantitative determination of directions

5. Application of the developed theory to examples

5.1 Application of the theory to the redshift of light

5.1.1 Aim

5.1.2 Model redshift

5.1.3 Application to the reach of a light-information

5.2 Application of the theory to the deflection of a ray of light when passing the sun

5.2.1 Aim

5.2.2 Proposal for a model

5.2.3 Interpretation by formulas

5.2.4 Calculation of the deflection

5.3 From the structure of the electron to its mass

5.3.1 The discovery of the connection between the 3 K-background-radiation of the cosmos and the de-Broglie-wave-length of the electron

5.3.2 Attempt to specify the structure of the electron

5.4 The structure of the proton

5.5 Constant of gravitation

6. Final remark

7. References

8. List of mathematical symbols used

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