Tilmann H. Sander

The paper demonstrates that combining moderate high-pass filtering and evoked-biased denoising source separation can effectively reveal N400 deflections in sentence processing studies using a nine-sensor OPM-MEG setup.

This study measures high-frequency oscillations in the human retina using optically pumped magnetometers and finds they can be detected up to 140 Hz.

This paper demonstrates that OPM quantum sensors improve non-invasive neuroimaging by enhancing signal-to-noise ratio and signal coherence compared to EEG and conventional MEG.

This study compares DBS artefacts in MEG recordings using different DBS devices and cleaning methods, finding device-specific differences and potential spectral artefacts after cleaning.

This study demonstrates improved spatio-temporal resolution in measuring visually evoked brain fields using optically pumped magnetometers compared to SQUIDs.

The paper investigates whether phase-amplitude coupling between alpha and beta oscillations indexes internal timekeeping precision or motor control precision during temporal interval reproduction.