MNE Inspect · Application screenshotMNE-CPP
Initiator & co-lead
Open-source C++ software for electrophysiological acquisition, real-time processing and source imaging. Developed with the MNE-CPP community.

Dr.-Ing.
Biomedical engineering
Neurotechnology &
scientific computing.
I work on neural signal acquisition, source imaging and decoding in real time.
Head of Physical AI & Computing at ZEISS, where I also coordinate the brain-computer interfaces technology field.

Auditory evoked response. MNE sample dataset, average of 61 trials. Source estimate computed with MNE-Python.
dSPM 5–18 · Brighter = stronger
MEG recorded during tones to the right ear, shown on the participant’s reconstructed cortical surface. Both hemispheres are included; the view opens on the left one, opposite the stimulated ear. This is an offline dSPM source estimate of measured data, not a live recording. The colour scale covers dSPM 5–18; stronger values are drawn white. The trace shows planar-gradiometer RMS, peaking at 42 fT/cm.
The static figure shows the peak response. On supported browsers, the interactive view allows rotation, surface inflation and time-course playback.
MNE Inspect · Application screenshotInitiator & co-lead
Open-source C++ software for electrophysiological acquisition, real-time processing and source imaging. Developed with the MNE-CPP community.

Independent project · Since 2026
Research, clinical studies and technology updates in brain-computer interfaces, with links to the original sources.
bcibrief.com (opens in a new tab)Medical imaging · 2017–2025
Pulse-sequence programming, a GPU receiver and an open platform for MRI acquisition.
Software & publications2025
NeurIPS 2025 Workshop on Learning from Time Series for Health (TS4H)
2021
Frontiers in Neuroscience
2018
Journal of Neuroscience Methods
I studied biomedical engineering at TU Ilmenau and carried out research at Massachusetts General Hospital and Harvard Medical School.