Rieko Osu

This study uses dual-tACS on the rTPJ to investigate how theta frequency stimulation affects joint agency during a tapping task, finding that anti-phase theta stimulation reduces joint agency.

This study compares functional connectivity during deliberate and spontaneous mind-wandering using EEG, finding stronger alpha band connectivity in deliberate mind-wandering involving the salience network.

This study shows that transcutaneous auricular vagus nerve stimulation (taVNS) during motor practice increases cortical plasticity without improving motor performance in humans.

This study shows that rating emotions during EEG measurements reduces frontal alpha asymmetry, suggesting evaluations amplify emotional brain activity.

The paper explains interindividual differences in motor learning by proposing a computational model with generalist and specialist memory modules that adapt based on training schedules.

This study compares neural network topology during joint tapping between strangers and acquaintances, finding denser brain-to-brain coupling in strangers.

This meta-analysis evaluates neurofeedback training's impact on attention in healthy adults, finding a significant overall effect but no difference from sham training.

This study shows that prior somatosensory electrical stimulation of the wrist increases the probability of choosing the stimulated hand and reduces reaction time.

This study examines brain activity during constraint relaxation in insight problem-solving using fNIRS and eye movements, finding activation in specific brain regions associated with the process.

This study examines how inter-brain EEG synchronization relates to coordination stability during anti-phase tapping tasks across different speeds.

This study investigates how humans adapt to force fields during reaching tasks, showing a failure-driven adaptation process that enables quick task success before full internal model adaptation.