Fundamentals of Photon Physics
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Fundamentals of Photon Physics
Keller, Ole
Taylor & Francis Ltd
08/2024
526
Dura
9780367457266
15 a 20 dias
Descrição não disponível.
Part 1 PHOTONS: WAVE MECHANICS AND QUANTUM FIELD THEORY
1 "Bird's-eye view of electrodynamics as a gauge theory".
2 "Dynamical evolution equations of gauge photons".
3 "Quantum theory of gauge photons in structural vacuum".
4 "Maxwell operator equations. Einstein causality".
Part 2 ZERO - AND ONE-PHOTON STATES. BI-PHOTONS
5 "From gauge-photon vacuum to bi-photons".
6 "Operator extinction theorem: Mean fields, correlations, and fluctuations in free space".
7 "Group Theory of One-Photon States".
8 "Wave-packet photons and bi-photons".
Part 3 CONSERVATION LAWS AND LAGRANGIANS. GEOMETRIC PHASE AND TOPOLOGY
9 "From gauge-photon wave mechanics to the magnetostatic Aharonov-Bohm vector potential".
10 "Invariance properties and conservation laws in electrodynamics".
11 "Topology and geometric phase".
12 "Lagrangian approach to electrodynamics".
Part 4 "PHOTON SCATTERING THEORY. DENSITY OPERATOR FORMALISM".
13 "Standard light scattering theory, ante omnia".
14 "Semiclassical light scattering".
15 "Density matrix formalism. Resolvent operator".
16 "Microscopic extinction theorems".
Part 5 BASICS OF MESOSCOPIC ELECTRODYNAMICS
17 "Notes on nonlocal electrodynamics".
18 Quantum-field formalism.
19 "Surface plasmons, plasmaritons and jellions: Classical electrodynamics".
20 "Quantum theory of collective jellium fields".
21 "Heading for jellion quasiparticles".
22 Photon-spin interaction.
Part 6 BASICS OF MAGNON AND SUPERCONDUCTOR ELECTRODYNAMICS
23 "Spin-1/2 current density: Exponential photon source confinement".
24 "Spin waves in ferromagnets".
25 "Nonlinear electromagnetic rectification in BCS superconductors".
Part 7 PHOTONS TIED TO MASSIVE PARTICLES
26 "Radiation reaction in the self-field approach".
27 "Particle dressed by a cloud of transverse photons".
28 "The plasmariton quasiparticle. Surface plasmaritons".
Part 8 PHOTONS IN CURVED STRUCTURES
29 "The classical light particle: Geodesics and free fall".
30 "Electrodynamics in general relativity and non-inertial frames".
31 "Electrodynamics in spatially curved structures".
32 "Field-coupled surface Shroedinger equation. Moebius-band electrodynamics".
Part 9 EXTENSION OF QUANTUM ELECTRODYNAMICS TO ELECTRO-WEAK INTERACTION
33 "Parity conservation and violation".
34 "Abelian and non-Abelian gauge fields".
35 "Hidden gauge invariance: U ( 1 ) case".
36 "Electro-weak theory: An introduction".
Part 10 MAGNETIC MONOPOLES
37 "On the Dirac monopole and its attached string".
38 "Magnetic monopoles: Non-retarded electrodynamics".
39 "Photon wave mechanical monopole theory".
40 "Magnetic monopoles in non-Abelian gauge symmetry".
Bibliography.
1 "Bird's-eye view of electrodynamics as a gauge theory".
2 "Dynamical evolution equations of gauge photons".
3 "Quantum theory of gauge photons in structural vacuum".
4 "Maxwell operator equations. Einstein causality".
Part 2 ZERO - AND ONE-PHOTON STATES. BI-PHOTONS
5 "From gauge-photon vacuum to bi-photons".
6 "Operator extinction theorem: Mean fields, correlations, and fluctuations in free space".
7 "Group Theory of One-Photon States".
8 "Wave-packet photons and bi-photons".
Part 3 CONSERVATION LAWS AND LAGRANGIANS. GEOMETRIC PHASE AND TOPOLOGY
9 "From gauge-photon wave mechanics to the magnetostatic Aharonov-Bohm vector potential".
10 "Invariance properties and conservation laws in electrodynamics".
11 "Topology and geometric phase".
12 "Lagrangian approach to electrodynamics".
Part 4 "PHOTON SCATTERING THEORY. DENSITY OPERATOR FORMALISM".
13 "Standard light scattering theory, ante omnia".
14 "Semiclassical light scattering".
15 "Density matrix formalism. Resolvent operator".
16 "Microscopic extinction theorems".
Part 5 BASICS OF MESOSCOPIC ELECTRODYNAMICS
17 "Notes on nonlocal electrodynamics".
18 Quantum-field formalism.
19 "Surface plasmons, plasmaritons and jellions: Classical electrodynamics".
20 "Quantum theory of collective jellium fields".
21 "Heading for jellion quasiparticles".
22 Photon-spin interaction.
Part 6 BASICS OF MAGNON AND SUPERCONDUCTOR ELECTRODYNAMICS
23 "Spin-1/2 current density: Exponential photon source confinement".
24 "Spin waves in ferromagnets".
25 "Nonlinear electromagnetic rectification in BCS superconductors".
Part 7 PHOTONS TIED TO MASSIVE PARTICLES
26 "Radiation reaction in the self-field approach".
27 "Particle dressed by a cloud of transverse photons".
28 "The plasmariton quasiparticle. Surface plasmaritons".
Part 8 PHOTONS IN CURVED STRUCTURES
29 "The classical light particle: Geodesics and free fall".
30 "Electrodynamics in general relativity and non-inertial frames".
31 "Electrodynamics in spatially curved structures".
32 "Field-coupled surface Shroedinger equation. Moebius-band electrodynamics".
Part 9 EXTENSION OF QUANTUM ELECTRODYNAMICS TO ELECTRO-WEAK INTERACTION
33 "Parity conservation and violation".
34 "Abelian and non-Abelian gauge fields".
35 "Hidden gauge invariance: U ( 1 ) case".
36 "Electro-weak theory: An introduction".
Part 10 MAGNETIC MONOPOLES
37 "On the Dirac monopole and its attached string".
38 "Magnetic monopoles: Non-retarded electrodynamics".
39 "Photon wave mechanical monopole theory".
40 "Magnetic monopoles in non-Abelian gauge symmetry".
Bibliography.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
photons;wave mechanis;quantum field theory;photon scattering theory;electrodynamics;non-abelian theory;light
Part 1 PHOTONS: WAVE MECHANICS AND QUANTUM FIELD THEORY
1 "Bird's-eye view of electrodynamics as a gauge theory".
2 "Dynamical evolution equations of gauge photons".
3 "Quantum theory of gauge photons in structural vacuum".
4 "Maxwell operator equations. Einstein causality".
Part 2 ZERO - AND ONE-PHOTON STATES. BI-PHOTONS
5 "From gauge-photon vacuum to bi-photons".
6 "Operator extinction theorem: Mean fields, correlations, and fluctuations in free space".
7 "Group Theory of One-Photon States".
8 "Wave-packet photons and bi-photons".
Part 3 CONSERVATION LAWS AND LAGRANGIANS. GEOMETRIC PHASE AND TOPOLOGY
9 "From gauge-photon wave mechanics to the magnetostatic Aharonov-Bohm vector potential".
10 "Invariance properties and conservation laws in electrodynamics".
11 "Topology and geometric phase".
12 "Lagrangian approach to electrodynamics".
Part 4 "PHOTON SCATTERING THEORY. DENSITY OPERATOR FORMALISM".
13 "Standard light scattering theory, ante omnia".
14 "Semiclassical light scattering".
15 "Density matrix formalism. Resolvent operator".
16 "Microscopic extinction theorems".
Part 5 BASICS OF MESOSCOPIC ELECTRODYNAMICS
17 "Notes on nonlocal electrodynamics".
18 Quantum-field formalism.
19 "Surface plasmons, plasmaritons and jellions: Classical electrodynamics".
20 "Quantum theory of collective jellium fields".
21 "Heading for jellion quasiparticles".
22 Photon-spin interaction.
Part 6 BASICS OF MAGNON AND SUPERCONDUCTOR ELECTRODYNAMICS
23 "Spin-1/2 current density: Exponential photon source confinement".
24 "Spin waves in ferromagnets".
25 "Nonlinear electromagnetic rectification in BCS superconductors".
Part 7 PHOTONS TIED TO MASSIVE PARTICLES
26 "Radiation reaction in the self-field approach".
27 "Particle dressed by a cloud of transverse photons".
28 "The plasmariton quasiparticle. Surface plasmaritons".
Part 8 PHOTONS IN CURVED STRUCTURES
29 "The classical light particle: Geodesics and free fall".
30 "Electrodynamics in general relativity and non-inertial frames".
31 "Electrodynamics in spatially curved structures".
32 "Field-coupled surface Shroedinger equation. Moebius-band electrodynamics".
Part 9 EXTENSION OF QUANTUM ELECTRODYNAMICS TO ELECTRO-WEAK INTERACTION
33 "Parity conservation and violation".
34 "Abelian and non-Abelian gauge fields".
35 "Hidden gauge invariance: U ( 1 ) case".
36 "Electro-weak theory: An introduction".
Part 10 MAGNETIC MONOPOLES
37 "On the Dirac monopole and its attached string".
38 "Magnetic monopoles: Non-retarded electrodynamics".
39 "Photon wave mechanical monopole theory".
40 "Magnetic monopoles in non-Abelian gauge symmetry".
Bibliography.
1 "Bird's-eye view of electrodynamics as a gauge theory".
2 "Dynamical evolution equations of gauge photons".
3 "Quantum theory of gauge photons in structural vacuum".
4 "Maxwell operator equations. Einstein causality".
Part 2 ZERO - AND ONE-PHOTON STATES. BI-PHOTONS
5 "From gauge-photon vacuum to bi-photons".
6 "Operator extinction theorem: Mean fields, correlations, and fluctuations in free space".
7 "Group Theory of One-Photon States".
8 "Wave-packet photons and bi-photons".
Part 3 CONSERVATION LAWS AND LAGRANGIANS. GEOMETRIC PHASE AND TOPOLOGY
9 "From gauge-photon wave mechanics to the magnetostatic Aharonov-Bohm vector potential".
10 "Invariance properties and conservation laws in electrodynamics".
11 "Topology and geometric phase".
12 "Lagrangian approach to electrodynamics".
Part 4 "PHOTON SCATTERING THEORY. DENSITY OPERATOR FORMALISM".
13 "Standard light scattering theory, ante omnia".
14 "Semiclassical light scattering".
15 "Density matrix formalism. Resolvent operator".
16 "Microscopic extinction theorems".
Part 5 BASICS OF MESOSCOPIC ELECTRODYNAMICS
17 "Notes on nonlocal electrodynamics".
18 Quantum-field formalism.
19 "Surface plasmons, plasmaritons and jellions: Classical electrodynamics".
20 "Quantum theory of collective jellium fields".
21 "Heading for jellion quasiparticles".
22 Photon-spin interaction.
Part 6 BASICS OF MAGNON AND SUPERCONDUCTOR ELECTRODYNAMICS
23 "Spin-1/2 current density: Exponential photon source confinement".
24 "Spin waves in ferromagnets".
25 "Nonlinear electromagnetic rectification in BCS superconductors".
Part 7 PHOTONS TIED TO MASSIVE PARTICLES
26 "Radiation reaction in the self-field approach".
27 "Particle dressed by a cloud of transverse photons".
28 "The plasmariton quasiparticle. Surface plasmaritons".
Part 8 PHOTONS IN CURVED STRUCTURES
29 "The classical light particle: Geodesics and free fall".
30 "Electrodynamics in general relativity and non-inertial frames".
31 "Electrodynamics in spatially curved structures".
32 "Field-coupled surface Shroedinger equation. Moebius-band electrodynamics".
Part 9 EXTENSION OF QUANTUM ELECTRODYNAMICS TO ELECTRO-WEAK INTERACTION
33 "Parity conservation and violation".
34 "Abelian and non-Abelian gauge fields".
35 "Hidden gauge invariance: U ( 1 ) case".
36 "Electro-weak theory: An introduction".
Part 10 MAGNETIC MONOPOLES
37 "On the Dirac monopole and its attached string".
38 "Magnetic monopoles: Non-retarded electrodynamics".
39 "Photon wave mechanical monopole theory".
40 "Magnetic monopoles in non-Abelian gauge symmetry".
Bibliography.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.