Takashi Matsui

The paper identifies a high-performance state in esports using pupil-heart synchrony, showing it correlates with objective performance despite lower subjective workload.

This study shows that acute milk protein intake improves physiological markers and cognitive performance during prolonged esports play.

This study shows that sparkling water reduces cognitive fatigue and improves performance during prolonged esports play compared to plain water.

A carbohydrate gel that prolongs glycaemia reduces hunger and cognitive fatigue during prolonged esports play, improving executive function and in-game performance.

This study tests if co-consuming sparkling water during live sports enhances social connection through oxytocin-linked heart rate synchrony and reduced fatigue.

This study shows that sparkling water reduces cognitive fatigue and maintains esports performance during training compared to plain water.

This study examines how live sports spectating affects endogenous oxytocin and heart rate synchrony, linking these to social bonding and psychological outcomes in a collegiate setting.

This study shows that skin interstitial fluid lactate rises with blood lactate during exercise and remains elevated for 30 minutes post-exercise, and can predict lactate threshold.