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Foundations of the theory of open quantum systems
(September 10, 2024–May 12, 2025, online)

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Spring Semester Schedule of 2024/2025:

Time: Monday 13:10 – 14:35

First lecture: February 3


Lecturer
Teretenkov Aleksandr Evgenevich

Institutions
Moscow Institute of Physics and Technology (State University), Dolgoprudny, Moscow region
Steklov Mathematical Institute of Russian Academy of Sciences, Moscow
Steklov International Mathematical Center


Foundations of the theory of open quantum systems, September 10, 2024–May 12, 2025

May 12, 2025 (Mon)
1. Lecture 29. Hartree equation and mean-field approximation. Projection methods for the derivation of nonlinear master equations and generalized Kawasaki-Gunton projector
A. E. Teretenkov
May 12, 2025 13:10, online
  

May 5, 2025 (Mon)
2. Lecture 28. Master equations in strong field and Floquet theory. Quantum Boltzmann equation
A. E. Teretenkov
May 5, 2025 13:10, online
  

April 28, 2025 (Mon)
3. Lecture 27. Hu-Paz-Zhang equation. Spin-boson model without rotating wave approximation
A. E. Teretenkov
April 28, 2025 13:10, online
  

April 21, 2025 (Mon)
4. Lecture 26. Other projectors and conditional expectations. Caldeira-Leggett model
A. E. Teretenkov
April 21, 2025 13:10, online
  

April 14, 2025 (Mon)
5. Lecture 25. Time-local master equation. Kubo-van Kampen cumulants
A. E. Teretenkov
April 14, 2025 13:10, online
A. E. Teretenkov
  

April 7, 2025 (Mon)
6. Lecture 24. Correlation functions in the Bogoliubov-van Hove limit. Nakajima–Zwanzig equation
A. E. Teretenkov
April 7, 2025 13:10, online
A. E. Teretenkov
  

March 31, 2025 (Mon)
7. Lecture 23. Corrections to Bogolubov-van Hove limit
A. E. Teretenkov
March 31, 2025 13:10, online
A. E. Teretenkov
  

March 24, 2025 (Mon)
8. Lecture 22. Schrödinger equation with non-hermitian Hamiltonian. One-particle second quantization. Jaynes-Cummings model with dissipation. Non-Markovian resonance decay
A. E. Teretenkov
March 24, 2025 13:10, online
A. E. Teretenkov
  

March 17, 2025 (Mon)
9. Lecture 21. Spin-boson model in rotating wave approximation. Friedrichs model. Pseudomode approach
A. E. Teretenkov
March 17, 2025 13:10, online
A. E. Teretenkov
  

March 10, 2025 (Mon)
10. Lecture 20. Hierarchical dynamics of moments. Models with invariant Onsager space. Models with exactly solvable spectrum
A. E. Teretenkov
March 10, 2025 13:10, online
A. E. Teretenkov
  

March 3, 2025 (Mon)
11. Lecture 19. Poisson type generators in fermionic case. Generators of diffusion type. Dynamics of arbitrary moments for quadratic generator
A. E. Teretenkov
March 3, 2025 13:10, online
A. E. Teretenkov
  

February 24, 2025 (Mon)
12. Lecture 18. Fermionic dynamics with quadratic generator. Quadratic dynamics averaged over Poisson process
A. E. Teretenkov
February 24, 2025 13:10, online
A. E. Teretenkov
  

February 17, 2025 (Mon)
13. Lecture 17. Equations for normal symbol. Solution of equations for mean and covariance matrices
A. E. Teretenkov
February 17, 2025 13:10, online
A. E. Teretenkov
  

February 10, 2025 (Mon)
14. Lecture 16. Dynamics of first and second moments of creation and annihilation operators. Gaussian states and their dynamics
A. E. Teretenkov
February 10, 2025 13:10, online
A. E. Teretenkov
  

February 3, 2025 (Mon)
15. Lecture 15. Calculations with linear and quadratic forms in bosonic creation and annihilation operators
A. E. Teretenkov
February 3, 2025 13:10, online
A. E. Teretenkov
  

December 10, 2024 (Tue)
16. Lecture 14. Equilibrium reservoir and KMS conditions. Quantum detailed balance
A. E. Teretenkov
December 10, 2024 13:10, online
A. E. Teretenkov
  

December 3, 2024 (Tue)
17. Lecture 13. Weak coupling limit: Derivation of master equations at the physical level of rigor
A. E. Teretenkov
December 3, 2024 13:10, online
A. E. Teretenkov
  

November 26, 2024 (Tue)
18. Lecture 12. Decoherence-free subsystems and subspaces. GKSL equation and averaging with respect classical Levy processes. Weak coupling limit
A. E. Teretenkov
November 26, 2024 13:10, online
A. E. Teretenkov
  

November 19, 2024 (Tue)
19. Lecture 11. Decoherence-free subalgebra as commutant. Canonical form of GKS generator with decoherence-free subalgebra
A. E. Teretenkov
November 19, 2024 13:10, online
A. E. Teretenkov
  

November 12, 2024 (Tue)
20. Lecture 10. Monotonicity of quantum relative entropy. Elements of resource theory. Decoherence-free subalgebras
A. E. Teretenkov
November 12, 2024 13:10, online
A. E. Teretenkov
  

November 5, 2024 (Tue)
21. Lecture 9. Quantum relative entropy
A. E. Teretenkov
November 5, 2024 13:10, online
A. E. Teretenkov
  

October 29, 2024 (Tue)
22. Lecture 8. Instruments and regression formulae. Generator of completely positive semigroup
A. E. Teretenkov
October 29, 2024 13:10, online
A. E. Teretenkov
  

October 22, 2024 (Tue)
23. Lecture 7. Completely positive maps. Choi-Jamiolkowski correspondence. Kraus and Stinespring representations
A. E. Teretenkov
October 22, 2024 13:10, online
A. E. Teretenkov
  

October 15, 2024 (Tue)
24. Lecture 6. Relationship between longitudinal and transverse relaxation times. Resonance fluorescence. Mollow spectrum. Generalized Bloch equations
A. E. Teretenkov
October 15, 2024 13:10, online
A. E. Teretenkov
  

October 8, 2024 (Tue)
25. Lecture 5. Dynamics of 2-level system. Bloch equations in external field, in equilibrium reservoir and in case of pure dephasing
A. E. Teretenkov
October 8, 2024 13:10, online
A. E. Teretenkov
  

October 1, 2024 (Tue)
26. Lecture 4. Heisenberg picture for open systems. GKSL generator of classical diffusion type. Classical and quantum regression formulae
A. E. Teretenkov
October 1, 2024 13:10, online
A. E. Teretenkov
  

September 24, 2024 (Tue)
27. Lecture 3. Decoherence and Lorentzian spectrum. Pure dephasing. Pauli master equation. Monotonicity of classical relative entropy
A. E. Teretenkov
September 24, 2024 13:10, online
A. E. Teretenkov
  

September 17, 2024 (Tue)
28. Lecture 2. Selective and non-selective measurements. Unitary dynamics. GKSL generator in generic case
A. E. Teretenkov
September 17, 2024 13:10, online
A. E. Teretenkov
  

September 10, 2024 (Tue)
29. Lecture 1. Introduction. Levels of open systems description. States and observables in quantum mechanics
A. E. Teretenkov
September 10, 2024 13:10, online
A. E. Teretenkov
  
 
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