Theory and Applications of Physical Science Vol. 1
Synopsis
This book covers all areas of physical science. The contributions by the authors include superluminal signals, quantum electrodynamics, Heisenberg and Schrödinger representations, adiabatic hypothesis, Einstein–Maxwell equations, exact solutions, Kerr–Newman black holes, Newman–Janis algorithm, Mittag-Leffler function, time varying capacity function, convolution operation, Laplace transform, fractional derivative, microstructure, electron, photon, heat, energy, heat capacity, heat balance, losses coefficient, thermal conductivities, photons, quantum electrodynamics, Green's functions, chaotic system, simulation, circuit model, analog circuit implementation, superluminal signals, quantum electrodynamics, excited atoms etc. This book contains various materials suitable for students, researchers and academicians in the field of physical science.
Chapters
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Chapter 1Theoretical Verification of Formula for Charge Function in Time q = c * v in RC Circuit for Charging/Discharging of Fractional & Ideal Capacitor
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Chapter 2Superluminal Signals in Quantum Optics
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Chapter 3On the Superluminal Signals in Quantum Electrodynamics
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Chapter 4Some Simple Applications of the Concept of Superacceleration in the Field of Classical Mechanics
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Chapter 5The Bound States of Photon Pairs
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Chapter 6A Derivation of the Kerr–Newman Metric Using Ellipsoid Coordinate Transformation
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Chapter 7Calorific Power of a Heating Element and Its Application to Measure Thermal Conductivities
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Chapter 8Temperature and Elementary Carriers of Heat
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Chapter 9Realization and Implementation of Polynomial Chaotic Sun System
