H. T. — Quantum Computing Profile

About

Quantum physicist with research experience in nonlinear quantum optics, continuous-variable quantum information, and open quantum system dynamics. I spent 2025 as a research intern at the Department of Optics, Palacký University Olomouc (Czech Republic), one of Europe's leading quantum optics groups, where I built numerical simulation pipelines for non-Gaussian state generation in cubic anharmonic bosonic systems; characterising nonclassical features via Wigner-function phase-space analysis, mapping decoherence thresholds under photon loss, and designing quantum control protocols to enhance nonlinear squeezing. Before that, I completed a research project at UM6P Vanguard Center (Morocco) on quantum optimal control in open systems, implementing GRAPE, Krotov, and CRAB optimisation for spin and atomic targets under Lindblad decoherence. My technical stack centres on Python and QuTiP, with additional experience in MATLAB, Mathematica, and C++. I hold an MSc in Quantum Information: Modelling and Applications and am actively seeking a PhD position where my skills transfer, including quantum optics, quantum control, continuous-variable quantum computing, quantum simulation, quantum information theory, open quantum systems, or quantum technologies more broadly. Open to both theoretical and computational roles. Bilingual speaker in French (C1), professional English (B2), intermediate German (B1).