Masashi Hasegawa

The paper explores tradeoffs between resolution and field of view in scanless temporally focused holographic optogenetic systems, demonstrating improved spatial control using high NA objectives.

This study shows that neural synchrony, not firing rate, is critical for movement generation by stimulating a small number of motor cortex neurons.

This paper introduces a novel mouse reporter line for live imaging of axon initial segments, enabling real-time study of AIS plasticity in vivo.

The paper identifies flexible network states in auditory thalamus that predict task outcomes during cross-modal learning in mice.

The paper investigates how auditory thalamus neurons exhibit single-cell plasticity and stable population coding during fear learning in mice.