Chunlei Liu

This study uses MRI and computational methods to show that paramagnetic substances contribute to susceptibility anisotropy in primate brain tissue, alongside diamagnetic components.

This paper introduces a frame-free imaging method using event cameras to capture neural activity with high temporal resolution and reduced data output, demonstrating its ability to resolve single action potentials and network dynamics.

This paper demonstrates that magnetic control of astrocytic calcium signaling can modulate neural circuit activity, introducing a tool for wireless, cell-specific calcium regulation.

This study investigates Magnetogenetics' ability to control neuronal bioelectrical properties using ferritin-based FeRIC constructs, showing RF-induced depolarization and hyperpolarization effects.

This paper introduces HARSI, a new method for estimating fiber orientation distribution functions in fixed primate brains, showing it can capture complex fiber configurations comparable to HARDI.