Skills
Python (NumPy, SciPy, QuTiP), Qiskit, C/C++, Mathematica, LaTeX; Quantum Algorithms (Variational Methods), Open Quantum Systems, Quantum Thermodynamics, Noise & Decoherence Modeling; Numerical Simulation, Scientific Computing, Data Analysis & Modeling; First-principles problem solving, Theoretical analysis, Research & scientific writing; Collaboration, Communication, Self-driven learning, Adaptability
About
I am a postdoctoral researcher at Palacký University Olomouc with a background in quantum thermodynamics and open quantum systems. My research focuses on how quantum systems behave under realistic conditions, including environmental interactions and dissipation, which are often overlooked in idealized models.
I am now looking to move closer to applications of quantum technologies, particularly in sensing, communication, and algorithms. I have strong programming experience in Python and hands-on familiarity with tools like Qiskit, and I enjoy applying theoretical insights to practical problems. Recently, I have been working on ideas involving variational quantum algorithms in finance.
I approach problems from first principles and am comfortable working both independently and in collaborative environments.
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