Lian User

At 42 Paris, I’m writing C projects from scratch under strict coding standards and defending them in peer code reviews. My work includes push_swap, which uses adaptive sorting strategies to reduce operation counts, and a Linux server configuration with encrypted LVM and SSH hardening.

At RIIS, Okayama University, I built a Python toolkit that identifies symmetry-inequivalent magnetic exchange paths and assembles a Heisenberg Hamiltonian from DFT calculations. Its iterative solver predicted spiral magnetic order within 10% of the experimental value.

At CNRS Institut Lumière Matière, I developed a time-dependent quantum simulation framework and signal-decomposition algorithm in Python and C. The results appeared in a first-author cover article in Nanophotonics, as part of three peer-reviewed papers in total.