Mitsuaki Takemi

The paper investigates the causal role of supplementary motor area (SMA) in groove experience during music listening using transcranial magnetic stimulation and finds that SMA stimulation modulates musical pleasure.

This study introduces a method to estimate the controllability Gramian matrix using perturbation inputs and network control theory to analyze brain dynamics, showing that controllable directions better differentiate brain states than overall controllability.

This study reviews and analyzes neurofeedback training's impact on memory in healthy adults, finding small-to-moderate improvements with varying factors influencing effectiveness.

This study identifies positive correlations between relaxation indices and alpha oscillation power at central and frontal EEG channels in healthy adults.

This study compares the effects of sinusoidal and amplitude-modulated tACS on corticospinal excitability in human motor cortex, finding frequency-specific and temporally distinct effects.

This study identifies neural correlates of reward-based motor learning, finding that FRN amplitude predicts learning efficiency while alpha ERD predicts retention, with no interaction with reinforcement conditions.

This paper reviews and analyzes 113 studies on transcranial electrical stimulation (tES) for memory enhancement, finding a small but significant effect on memory tasks with generally good tolerability.

This study examines whether successive failures occur above chance levels during a motor learning task and how they relate to learning outcomes.

This study shows that posture affects motor maps in marmoset monkeys' primary motor cortex, with hindlimb posture having a strong influence, while body angle does not.

The paper addresses two common issues in synchronized multimodal EEG recordings: jitter and latency, using a Lab Streaming Layer-based system for precise time alignment.

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 reviews and meta-analyzes neurofeedback training (NFT) for motor performance in healthy adults, finding significant short-term improvements but limited evidence for specific motor skills.

The paper identifies behavioral and neural signs preceding movement failure in a reaching task, showing that reduced movement velocity and specific EEG activity occur before failures.

This study investigates short-latency corticomotor facilitation from multi-pulse TMS, identifying two distinct mechanisms: one linked to I-wave periodicity and another independent of it.