Software

Torricelli

A software to determine atomic spatial distribution from normal incidence x-ray standing wave data.
Please download the software here: Torricelli-Software.
Additional information can be found in F.C. Bocquet et al., Computer Physics Communications 235, 502–513 (2019)

MOZI

A Python-based software written for analysing the photoemission data measured with the toroidal electron analyser.
The software is hosted on the internal server of Forschungszentrum Jülich (https://ibn-pgit.ibn.kfa-juelich.de/xyang/mozi).
Information about the functionalities of MOZI can be found in the PhD thesis of Xiaosheng Yang.

Aunis

Aunis is a Python-based control and scripting interface for automating measurements in the Nanonis Mimea™ SPM system. It maps text commands to built-in Nanonis functions or custom Python routines, and new commands can be easily added without programming knowledge. The interface supports nested loops and performs syntax checks before execution to ensure error-free automation. Aunis is open-source and can be downloaded from GitHub: https://github.com/noisyn/Aunis

3^rd order tunneling simulator

The program simulates current‑voltage and differential‑conductance spectra of single‑ and multi‑spin systems as measured in scanning‑tunneling experiments that are coupled to a dissipative bath. Built on a perturbative framework, it offers both a Pauli‑master‑equation and a Bloch‑Redfield treatment for dynamical quantities. Functionalized tips are supported, and the software can fit experimental data directly to user‑defined spin Hamiltonians. The original software can be found here (10.1088/1367-2630/17/6/063016), and an updated one from the author (m.ternes@fz-juelich.de).