Ultra-high-field 7 Tesla MR scanner (Siemens Magnetom)
Three EEG laboratories, equipped with high-density EEG amplifiers (NeuroConn, Germany), integrated non-intrusive eye tracking, and additional amplifiers for concurrent recordings of electromyography, SCR and HRV. One of these systems is equipped for combined TMS/EEG experiments (NeuroConn, Germany and Magstim, UK).
MRI-compatible high-density EEG system (NeuroConn, Germany) for the concurrent recording of hemodynamic and electrophysiological responses, in the MR scanner.
TMS system, including an integrated infrared-based navigation system (Brain Sight; Rogue Research Inc., UK) for anatomically guided coil placements (Magstim, UK), for repetitive (offline) and event-related (online) magnetic stimulation
tDCS system (NeuroConn, Germany) for direct current electrical stimulation of the brain, with anatomically guided electrode placement supported by the integrated infrared-based navigation system (Magstim, UK)
Six Porti5-16/ASD systems (Twente Medical Systems International, Netherlands) for recording of psychophysiological data, such as ECG, EMG, EDA, with two active skin conductivity electrodes
MRI-compatible tachistoscope, developed in house, for the presentation of visual stimuli with millisecond accuracy (Fischmeister et al., 2010; J Neurosci Methods)
Photogrammetric Head Digitizers (PHD), in-house developments (Bauer et al., 2000; Neuroimage)
Various specialized instruments for somatosensory, nociceptive, tactile and acoustic stimulation