Relativistic forces in special and general relativity
This book presents a generalization of transforms from the frames co-moving with an accelerated particle for uniform circular or linear motion into an inertial frame of reference. The solutions presented here will be of great interest for real-time applications because earth-bound laboratories are i...
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| Format: | eBook |
| Language: | English |
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Newcastle-upon-Tyne
Cambridge Scholars Publisher,
2022.
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| Online Access: | https://www.lib.tsu.ru/mminfo/2023/EBSCO/3128175.pdf |
Table of Contents:
- Intro
- Dedication
- Contents
- Preface
- Covariant Treatment of Collisions in Particle Physics
- Conservation Laws for Plasma Systems
- Practical and Theoretical Methods for Determining the Trajectories for Particles Involved in Elastic Collisions
- Relativistic Reflection Laws for Arbitrary Direction Boosts
- The General Trajectories of Accelerated Particles in Special Relativity
- The Paradoxical Case of Force-Acceleration Transformation in Relativity
- Lorentz Covariant Formulation for the Laws of Physics
- Particle and Elastic Body Dynamics
- Coordinate Time Hyperbolic Motion Treatment for Bell's Spaceship Experiment
- Rotating Frames Experiment for Direct Determination of Relativistic Length Contraction
- Special Relativity Experiments Explained from the Perspective of the Rotating Frame
- The Relativistic Trajectory of a Charged Particle in the Magnetic Field of an Infinite Length Current Carrying Wire
- The Compton Scattering Experiment
- the Electron Point of View
- The Lorentz Force in Accelerated Frames
- Relativistic Dynamics and Electrodynamics in Uniformly Accelerated and in Uniformly Rotating Frames
- Relativistic Dynamics and Electrodynamics in Uniformly Accelerated and Uniformly Rotating Frames
- Generalization of Coordinate Transformations between Accelerated and Inertial Frames
- Generalization of the Thomas-Wigner Rotation to Uniformly Accelerating Boosts
- The Relativistic Cyclotron Radiation in the Circular Rotating Frame of the Moving Heavy Particle
- Relativistic d'Alembert Force in Uniformly Accelerating Frames
- Relativistic Fictitious Forces from the Perspective of the Accelerated Rotating Platform
- Relativistic Fictitious Forces in Accelerated Rotating Frames of Reference
- Was Galileo Right?
- The Two Test Probe Chase
- Application of the Euler Lagrange Formalism for Determining the Equation of Motion in the Case of Radial Fall into a Non-Rotating, Charged Black Hole
- The Two Test Probe Chase to the Event Horizon of a Charged, Non-Rotating Black Hole
- Euler-Lagrange Solution for Calculating Particle Orbits in Gravitational Fields
- "Beyond Gravitoelectromagnetism: Critical Speed in Gravitational Motion" by B. Mashhoon