Quantum Thermodynamics, Channels, and Information

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

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

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