Introduction to Relativity Volume II
portes grátis
Introduction to Relativity Volume II
In-Depth and Accessible
Bruma, Paul
Taylor & Francis Ltd
12/2024
272
Mole
9781032062440
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. Steps Before the Lorentz Transformation 2. The Lorentz Transformation. the New Metric and Accelerated Objects 3. The Relativistic Laws of Dynamics 4. Introduction to General Relativity 5. Important Consequences 6. Introduction to Cosmological Models 7. Further Axiomatic Considerations 8. Answers to the Questions and Exercises
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Energy;Relativity;Nuclear;General Relativity;Cosmological;Lorentz;Lorentz Transformation;Principle;Accelerated Objects;Principle of Relativity;Cosmological Models;Light;Minkowski;Relativistic;Special Relativity;Momentum;Laws;Nuclear Reactions;Dynamics;Covariant Derivative;Friedmann;Speed of Light;Force;Affine Connection;Tensors;Geodesic;Maxwell;Maxwell's Laws;Schwarzschild;Causality;Friedmann Equation;Event;Time;Speed;Inertial Frame;Energy Density;Velocity Composition;Space Time Universe;Basis Vectors;Perfect Clock;Homographic Functions;Gamma Factor;Contravariant Tensor;Minkowski Diagram;Parallel Transport;Hyperbolic Rotation;Unit Basis Vectors;Half Silvered Mirror;Covariant Tensors;Desynchronization Effect;Intrinsic Notions;Flat Universe;Invariant Speed;Ox Axis;Electromagnetic Tensor
1. Steps Before the Lorentz Transformation 2. The Lorentz Transformation. the New Metric and Accelerated Objects 3. The Relativistic Laws of Dynamics 4. Introduction to General Relativity 5. Important Consequences 6. Introduction to Cosmological Models 7. Further Axiomatic Considerations 8. Answers to the Questions and Exercises
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Energy;Relativity;Nuclear;General Relativity;Cosmological;Lorentz;Lorentz Transformation;Principle;Accelerated Objects;Principle of Relativity;Cosmological Models;Light;Minkowski;Relativistic;Special Relativity;Momentum;Laws;Nuclear Reactions;Dynamics;Covariant Derivative;Friedmann;Speed of Light;Force;Affine Connection;Tensors;Geodesic;Maxwell;Maxwell's Laws;Schwarzschild;Causality;Friedmann Equation;Event;Time;Speed;Inertial Frame;Energy Density;Velocity Composition;Space Time Universe;Basis Vectors;Perfect Clock;Homographic Functions;Gamma Factor;Contravariant Tensor;Minkowski Diagram;Parallel Transport;Hyperbolic Rotation;Unit Basis Vectors;Half Silvered Mirror;Covariant Tensors;Desynchronization Effect;Intrinsic Notions;Flat Universe;Invariant Speed;Ox Axis;Electromagnetic Tensor
