Table of Contents: “... -- Collisions and decays -- Considerations on vectors -- Newton's law of gravitation -- Motions in gravitational fields -- Dynamics of rigid bodies -- Considerations on energy....”

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Table of Contents: “... Field Theory -- Chapter 7. Motion in a Curved Space -- Chapter 8. Gravitational waves -- Chapter 9. Feynman's Path Integrals in quantum Mechanics....”

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Subject (ZB): “...Gravitation....”

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Table of Contents: “...1. Introduction -- 2. Classical Dynamics -- 3. The Lorentz Transformations and Minkowski Space -- 4. The Geometric Model of Relativistic Dynamics -- 5. The Electromagnetic Field in Vacuum -- 6. The Gravitational Field -- 7. Motion of Light and Charges...”

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Subject (ZB): “...Gravitation....”

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Table of Contents: “...Introduction -- Spacetime -- Galileian metric field -- Galileian gravitational field -- Galileian electromagnetic field -- Joined spacetime connection -- Classical dynamics -- Sources of gravitational and electromagnetic fields -- Fundamental fields...”

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Subject (ZB): “...Gravitation....”

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Table of Contents: “... Potentials -- Non Relativistic Collisions -- Continuous Mass Distributions. Gravitational Potential and Field -- Non-Inertial Reference Systems -- Rigid Body Dynamics -- Special Theory of Relativity -- Relativistic Collisions and Decays -- Non-Relativistic...”

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Subject (ZB): “...Gravitation....”

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Subject (ZB): “...Gravitation....”

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Subject (ZB): “...Gravitation....”

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Table of Contents: “... conditions: from simple oscillator to discrete sine-Gordon model -- Drops and bubbles as controlled traveling reactors and/or carriers including microfluidics aspects -- Convection in a horizontal porous annulus with quasi-periodic gravitational modulation...”

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Table of Contents: “... Fields -- 1.9.1 Field Lines -- 1.10 Divergence Theorem -- 1.10.1 Velocity Fields -- 1.10.2 Continuity Equation -- 1.10.3 Field Lines of Solenoidal Fields -- Chapter 2 Potential Theory -- Discrete mass distributions -- 2.1 Single particle gravitational...”

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Table of Contents: “...Part I: Can inertia make us move? Introduction -- Inertia and inertial reference frames -- Gravitation and weightiness -- Part II: Is weightlessness without gravity? Introduction to Part II Free fall and weightlessness -- Free fall trajectories -- Free...”

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