Undergraduate thesis presented to the undergraduate program in Computational Physics at the São Carlos Institute of Physics, University of São Paulo, as partial fulfillement of the requeriments for a Bachelor’s degree.
Code repository for New J. Phys. 20, 043034 (2018) [arXiv:1708.06363]
Numerical simulations validating the observer entropy framework: demonstrating emergent thermodynamics from quantum information loss. Code reproduces monotonic entropy growth and temperature emergence for qubit-bath systems under Lindblad dynamics.
numerical experiments for eigenstate thermalization hypothesis
Rust simulations of extractable work (ergotropy) in finite quantum chains under coherent driving and dephasing, including reproducible N=3–7 and equal-input N=3 vs N=7 analyses.
Master’s thesis code: quantum heat engine simulations (GKLS/Lindblad), reproducible notebooks & plots.
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