Joel Frohlich

This study uses frequency tagging in fetal MEG to show that the fetal cortex generates separate neural responses to rapid auditory stimuli, suggesting perceptual separation rather than fusion.

This study shows that EEG entropy from short segments reflects both baseline and stimulation-induced changes in cortical excitability, potentially improving TMS intervention strategies.

This study examines how neural complexity changes during prenatal development and finds it decreases with maturation, more rapidly in male fetuses.

This study shows that broadband EEG measures like aperiodic exponent and entropy predict corticospinal excitability better than traditional band-limited features.

This study investigates neural entrainment using periodic audiovisual stimulation in a large sample, finding strong entrainment at the slower strobe frequency.

The paper identifies the edge-of-chaos critical point as the state of cortical dynamics during conscious states and shows it is disrupted during unconsciousness.

The paper shows that EEGs from children with Angelman syndrome exhibit greater complexity during wakefulness than sleep, challenging theories that link consciousness to information-poor dynamics.