Titlebook: Seven Fundamental Concepts in Spacetime Physics; Vesselin Petkov Book 20211st edition The Author(s), under exclusive license to Springer N

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Vesselin Petkovne Oberfl?che, die wir als ?glatt“ bezeichnen, unter einem Mikroskop durchaus eine ?Gebirgslandschaft“ aufweisen kann. Diese feinen Rauheiten k?nnen aber kaum zu einer ausreichenden mechanischen Verklammerung beitragen. Es muss also noch eine weitere M?glichkeit geben, damit Klebschicht und Fügeteil

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Vesselin Petkovne Oberfl?che, die wir als ?glatt“ bezeichnen, unter einem Mikroskop durchaus eine ?Gebirgslandschaft“ aufweisen kann. Diese feinen Rauheiten k?nnen aber kaum zu einer ausreichenden mechanischen Verklammerung beitragen. Es muss also noch eine weitere M?glichkeit geben, damit Klebschicht und Fügeteil

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Inertial and Accelerated Motion in Spacetime Physics,rtia, the principle of relativity (including the constancy of the speed of light), why acceleration is absolute in both special and general relativity, that absolute acceleration is a manifestation of an absolute geometric feature (the curvature of the worldline of the accelerating body) and does no

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Origin and Nature of Inertia in Spacetime Physics,he four-dimensionality of the world (like the kinematic relativistic effects) – the resistance a body offers to its acceleration originates from the four-dimensional stress which exists statically in the deformed (real) worldtube of the accelerating body.

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Relativistic Mass,tivistic mass also reflects an experimental fact – the increasing resistance a body offers when accelerated to velocities close to that of light (and relativistic mass is similarly defined as the measure of that increasing resistance as the body’s velocity increases).

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Gravitation,in’s principle of equivalence (including why inertial forces and masses are equivalent to the force of weight, traditionally regarded as gravitational, and to the passive gravitational mass, respectively), (ii) gravitational phenomena are fully explained as nothing more than mere manifestations of t

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Gravitational Waves,its members, which is best seen by initial models regarding the stars as point masses (because the stars’ worldlines are geodesic); when gravitational waves are emitted, during the collision of the stars, they do not carry gravitational energy, because what is released when the stars collide is not