Learn · Foundations of quantum theory: Relativistic approach
Lecture 36 of 42week-11
Atom-Field Coupling
Prof. Kinjalk Lochan · IISER Mohali
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- Foundations of quantum theory: Relativistic approach, IISER Mohali (at NPTEL)
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All the lectures
- Perturbation theory 1.1
- Perturbation theory 1.2
- Perturbation theory 1.3
- Perturbation theory 1.4
- Time dependent perturbation theory 1.1
- Time dependent perturbation theory 1.2
- Time dependent perturbation theory 1.3
- Special Relativity 1.1
- Special Relativity 1.2
- Special Relativity 1.3
- Relativistic Quantum Mechanics 1.1
- Relativistic Quantum Mechanics 1.2
- Relativistic Quantum Mechanics 1.3
- Relativistic Quantum Mechanics 1.4
- Quantum Field Theory 1.1
- Quantum Field Theory 1.2
- Quantum Field Theory 1.3
- Quantum Field Theory 1.4
- Quantum Field Theory 2.1
- Quantum Field Theory 2.2
- Quantum Field Theory 2.3
- Spinor Field quantization 1.1
- Spinor Field quantization 1.2
- Spinor Field quantization 1.3
- Spinor Field quantization 1.4
- Electromagnetic Field Quantization 1.1
- Electromagnetic Field Quantization 1.2
- Electromagnetic Field Quantization 1.3
- Quantum Fields expectation
- Quantum Field Coherent State
- Thermal Fields 1.1
- Thermal Fields 1.2
- Matter-Field interaction 1.1
- Matter-Field interaction 1.2
- Matter-Field interaction 1.3
- Atom-Field Coupling
- Excitation of atom through field interaction
- Spontaneous and Stimulated emission
- Lindblad Master Equation
- Relativistic corrections in transitions
- Change in atomic characteriscs via field interaction
- Shift in eigenenergies via field interaction