Dominik R. Bach

The paper predicts individual differences in fear and cognitive learning and extinction using multimodal neural connectivity patterns from a large dataset.

This paper presents a VR system integrated with wearable MEG that enables whole-brain recordings during naturalistic behaviors.

This study investigates human escape behavior in virtual reality, revealing structured kinematic patterns influenced by threat and context, distinct from those observed in other mammals.

This paper extends the BIDS standard to include eye-tracking data and metadata, improving organization and transparency for gaze position and pupil recordings.

This study investigates neural prediction error signals in aversive learning using fMRI in humans, finding asymmetric representation of threat omission PEs in the medial prefrontal cortex.

This study shows that transcranial theta-burst stimulation of primary sensory cortex reduces threat memory in humans, with no difference between simple and complex stimuli.

The paper identifies a general decision-making ability, decision acuity, linked to psychopathology and distinct brain connectivity patterns in adolescents and young adults.

This study demonstrates that affective flexibility can occur unconsciously, as physiological responses adapt to reversed threat contingencies without conscious awareness of the stimuli.