Quantum Thermodynamics, Channels, and Information
Lindbladians with Multiple Steady States
Lindbladians with Multiple Steady States
- V. Albert thesis, Sec. 1.1.2: "Open Quantum Systems"
- V. Albert thesis, Sec. 1.2: "What is a Lindbladian?" (Part 1)
- V. Albert thesis, Sec. 1.6.1: "The Playground and its Features"
- V. Albert thesis, Sec. 1.4: "Which Lindbladians are the Focus of this Work" and Sec. 1.6: "A Technical Introduction"
- V. Albert thesis, Sec. 1.2, "What is a Lindbladian?" (Part 2)
- V. Albert thesis, Sec. 2.1: "Four-Corners Partition of Lindbladians, with Examples"
- V. Albert thesis, Sec. 2.1, Extra: Derivation of the Matrix Elements of the Four-Corners Partition of the Lindbladian (GKSLian)
- V. Albert thesis, Sec. 2.3, Extra: Derivation of the Matrix Elements of the Four-Corners Partition of the Adjoint Lindbladian (Adjoint GKSLian)
References
References
- Lindbladians with Multiple Steady States by Victor V. Albert
- Relative Entropies and their Use in Quantum Information Theory by Felix Leditzky
- The Resource Theory of Quantum Thermodynamics by Matteo Lostalgio
- Work, Heat, and Power of Quantum Processes by Felix Binder
- Thermodynamics in the Quantum Regime, edited by Felix Binder et al.
- Quantum Thermodynamics by Sebastian Deffner and Steve Campbell
- Quantum Channels: A Guided Tour by Michael M. Wolf
- Quantum Information Theory by Mark M. Wilde
- The Theory of Quantum Information by John Watrous
- Lectures in Quantum Noise Theory by Stéphane Attal