These is a part of Bangalore School on Statistical Physics - XII
There will be 5 lectures (2:00pm-3:30pm) and 3 tutorials (6:00pm-7:30pm) of 1.5 hours each. The notes, tutotials and codes can be downloaded.
Instructor: Manas Kulkarni, manas.kulkarni@icts.res.in
Tutor: Hari Kumar Yadalam, hari.kumar@icts.res.in
Lecture 1: (July 5, Monday, 2021), Video
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Motivation and general construction for Open Quantum Systems
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System Reservoir Approach
Lecture 2: (July 6, Tuesday, 2021), Video
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Quantum Master Equation (QME) : General setup
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Application to damped quantum Harmonic oscillator
Lecture 3: (July 7, Wednesday, 2021), Video
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Quantum Langevin Equation (QLE)
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Comparisons between QLE and QME
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Transport through a system coupled to multiple reservoirs
Lecture 4: (July 8, Thursday, 2021), Video
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Open two level / multi level systems: Perturbative and some exact results
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Jaynes - Cummings Model: Exact Solutions
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Generalizations of Jaynes - Cummings Model
Lecture 5: (July 9, Friday, 2021), Video
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Dicke Model and quantum phase transitions
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Spectral signatures in closed and open Dicke model
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Connections to Hermitian and non-Hermitian Random Matrix Theory
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Tutorial 1: (July 5, Monday, 2021)
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Density matrix approach to Quantum Mechanics.
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Quantum Mechanics of Composite Systems.
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Partial traces and reduced density matrices for sub-systems.
Tutorial 2: (July 8, Thursday, 2021)
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Numerical algorithm for the solution of the Driven Dissipative Jaynes-Cummings model.
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Numerical implementation: MATLAB code for Driven Dissipative Jaynes-Cummings model.
Tutorial 3: (July 9, Friday, 2021)
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Numerical algorithm for solving closed/isolated and open Dicke model.
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Numerical implementation: MATLAB code for closed/isolated Dicke model.
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Numerical implementation: MATLAB code for open Dicke model.