spintronics

Simulate multilayer magnetic structures in Python and C++

AiiDA plugin of the high-performance density functional theory code FLEUR (www.judft.de) for high-throughput electronic structure calculations.

AI for Science harness for magnetism and spintronics research: literature, physics, simulation, fitting, figures, instruments, authoring, and provenance in one CLI.

Tools for handling Wannier models with a spin operator, calculating the Wannier model quality and spin-texture plotting.

GUI and engine for magnetic simulations

Software for visualising magnetic layers

QRC on disordered XXZ spin chains — temporal benchmarks, memory capacity, Pauli readout, Ridge regression, spintronic gate set.

Reinforcement learning for spintronics using cmtj package

PyQt6 desktop application for controlling cryostat measurement systems. Layered architecture (drivers → virtual instruments → procedures → GUI), YAML-based configuration to allow easy switching of instruments, and HDF5 data automated metadata saving. Built for the Kläui Lab at JGU Mainz

Python notebooks and scripts for materials science simulation and characterization data analysis.

🧲 Describe the simulation, get the answer — not a folder of .ovf files. A Claude Code plugin that writes, runs, tunes and mesh-checks mumax3 on your Mac, and reproduces a paper figure straight from its PDF. Ten skills you use by just talking; every script compiles before you see it.

Magnetic logic simulation framework

Analysis of oommf simualtions for voltage spin-diode

VAE model for the design of record breaking single molecule magnets with applications in spintronics and qubits.