Flavio Frӧhlich

This study examines theta-gamma phase-amplitude coupling during sensorimotor adaptation tasks and finds task-dependent spatial patterns of modulation.

This study uses Temporal Mapper to analyze postural dynamics during naturalistic social interaction in ferrets, finding more complex and consistent state transitions during social activity.

The paper analyzes EEG data to show that aperiodic neural timescales in prefrontal cortex increase with higher task abstraction during a cognitive control task.

This study shows that non-stochastic, high-frequency transcranial alternating current stimulation (hf-tACS) with triangle and sine waveforms reduces visual contrast detection thresholds, similar to stochastic tRNS.

The paper investigates the cortical origins of TMS-evoked potentials (TEPs) using TMS and EEG, finding that early TEP components reflect cortical reactivity to TMS.

This study investigates how progesterone modulates frontal midline theta oscillations in the frontal-parietal network and finds a positive correlation between progesterone levels and theta amplitude and coupling.

This study examines how schizotypy in healthy individuals relates to neurophysiological face perception by analyzing ERP components and reaction times.

This study shows that in-phase multi-site cortical stimulation reduces phase lag in working memory networks, improving performance compared to anti-phase stimulation or sham.

This study shows tACS entrains alpha oscillations by preferentially synchronizing fast-spiking cortical neurons to the stimulation waveform in ferrets.

This study shows that low-frequency stimulation of the left superior frontal gyrus improves working memory performance by modulating theta and alpha oscillations.

This study examines how pupil-linked arousal modulates thalamo-cortical functional interactions between the posterior parietal cortex and lateral posterior/pulvinar, showing arousal-related changes in oscillatory interaction direction and frequency.

MIN1PIPE is a pipeline for extracting neuronal signals from 1-photon miniscope calcium imaging data, showing superior efficiency and precision in noisy conditions.

This study shows that non-linearities in stimulation and recording hardware create spurious low-frequency artifacts during AM-tACS, which can be mistaken for true neural effects.

The paper investigates how theta oscillations in the ferret's higher-order visual thalamus are modulated during sustained attention tasks and finds that attention-modulated neurons show increased spike-field coherence in the theta band.

The paper analyzes how brain states and endogenous oscillations affect the response to periodic stimulation using a computational model of the thalamocortical system.