THE CLASSICAL AND QUANTUM DYNAMICS OF THE MULTISPHERICAL NANOSTRUCTURES

THE CLASSICAL AND QUANTUM DYNAMICS OF THE MULTISPHERICAL NANOSTRUCTURES

CONTENTS


FRONT MATTER Gennadiy Burlak	i
I Classical Dynamics
Maxwell Equations Gennadiy Burlak	3
Electromagnetic Field in Homogeneous Microspheres Without Surface Structures Gennadiy Burlak	50
Electromagnetic Eigen Oscillations and Fields in a Dielectric Microsphere with Multilayer Spherical Stack Gennadiy Burlak	81
Transmittance and Resonance Tunneling of the Optical Fields in the Microspherical Metal-Dielectric Structures Gennadiy Burlak	101
Confinement of Electromagnetic Oscillations in a Dielectric Microsphere Coated by the Frequency Dispersive Multilayers Gennadiy Burlak	113
Oscillations in Microspheres with an Active Kernel Gennadiy Burlak	121
Transfer Matrix Approach in a Non-Uniform Case Gennadiy Burlak	130
II The Quantum Phenomena in Microspheres
Preface Gennadiy Burlak	141
Coupling of Two-Level Atom with Electromagnetic Field Gennadiy Burlak	145
Classical Field Gennadiy Burlak	157
Quantization of Electromagnetic Field Gennadiy Burlak	161
Schrödinger and Interaction Pictures Gennadiy Burlak	168
Two-Level Atom (The Matrix Approach, a Quantized Field) Gennadiy Burlak	173
Dynamics of Spontaneous Emission of Two-Level Atom in Microspheres: Direct Calculation Gennadiy Burlak	182
III Numerical Methods and Object-Oriented Approach to the Problems of Multilayered Microsystems
Preface Gennadiy Burlak	215
Use of Numerical Experiment Gennadiy Burlak	217
Exception Handling Gennadiy Burlak	250
Visual Programming: Controls, Events and Handlers Gennadiy Burlak	254
Quantum Electromagnetic Field Gennadiy Burlak	260
Root Finding for Nonlinear and Complex Equations Gennadiy Burlak	270
Evaluation of Complex ODE Gennadiy Burlak	284
The Complex Vectorial and Matrix Operations Gennadiy Burlak	293
Spontaneous Emission of Atom in Microsphere Gennadiy Burlak	324
Electromagnetic Oscillations in Layered Microsphere Gennadiy Burlak	340
BACK MATTER Gennadiy Burlak	349
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