1 Subjects: “...Theoretical, Mathematical and Computational Physics...”

2 Table of Contents: “... -- 2. The Ideal MHD Model -- 2.1 Basic Equations -- 2.2 Static Equilibrium -- 2.3 Linearized MHD...”

3 Table of Contents: “... Solitons -- 21. Perturbation Estimate of the Lifetime of the Davydov Soliton at 300K -- 22. The Temperature...”

4 Table of Contents: “... -- 10.5 Computer Program -- 10.6 Summary -- 10.7 Suggested Problems -- Acknowledgments -- References -- 11...”

5 Table of Contents: “... -- The perturbation theory of electron correlation: I. Basic Rayleigh-Schrödinger perturbation theory...”

6 Table of Contents: “...4.2 Theoretical Background to the Resonating Group Method -- 4.3 A Short Description...”

7 Table of Contents: “... Magnetic Fields -- 2.1. Mathematical Model -- 2.2. Solution for a Multispecies Plasma in a One-Dimensional...”

8 Table of Contents: “...I Opening Speaker -- 1 New Ideas in Nuclear Structure Physics -- II Delegate Contributions -- 2...”

9 Table of Contents: “... Interaction -- 2.1 Operator of Coulomb Collisions -- 2.2 Cauchy Problem. Characteristic Relaxation Times...”

10 Table of Contents: “... -- 22. Electron Impact Ionisation Cross-Sections of the Transition Metals -- 23. Multiple Ionisation...”

11 Table of Contents: “... of Adsorbed Molecules:Dichroism and Backscattering -- 21. Two Colour Atomic Processes -- 22. A Strongly...”

12 Table of Contents: “...B.5 Total antisymmetrischer Tensor -- C. Integraltabelle für Feynmangraphen -- C.1 Feynman...”

13 Table of Contents: “...Nuclear Physics: An Historic Overview -- Realistic Microscopic Calculations of Nuclear Structure...”

14 Table of Contents: “...Theoretical Foundations -- 1. Introduction to Thermotropic Liquid Crystal Phases -- 2. Microscopic...”

15 Table of Contents: “... -- 5. The Photon -- 6. The Electron -- 7. Some Basic Properties of Matter Waves -- 8. Bohr’s Model...”