Hao Zhai

The paper maps synaptic input architecture of LC-NE neurons in larval zebrafish, revealing broad-yet-sparse input organization across brain regions.

The paper introduces a parallel ion beam etching method for thinning sections on a wafer, enabling high-resolution volumetric imaging for connectomics.

The paper reconstructs multiscale and multimodal communication networks in the suprachiasmatic nucleus using electron microscopy, revealing unique synaptic and electrotonic structures.

This paper develops a distribution-aware semi-supervised pipeline to improve neuron segmentation in EM volumes by addressing distribution mismatch between labeled and unlabeled data.

The paper uses deep learning to analyze electron microscopy data from mouse auditory cortex, revealing structural changes in synapses and mitochondria associated with fear memory.