Vincent A. Pieribone

JEPA-SORT improves deep-sea multi-object tracking by using world-model embeddings to maintain stable identities on visually homogeneous fauna, outperforming standard MOT algorithms in IDF1, MOTA, and BDU.

The paper identifies and characterizes velamins, a new class of Ca2+-regulated photoproteins from Velamen parallelum that emit green light, with potential applications in analytical systems.

DeepVID v2 improves low-photon voltage imaging by resolving spatial and temporal noise through self-supervised denoising with decoupled enhancement.

The paper develops tools for high-speed, low-light two-photon voltage imaging of large neuronal populations in awake mice, achieving stable imaging of over 100 neurons for an hour.

This paper introduces a subdural CMOS optical probe for bidirectional neural interfacing, designed for implantation in primate brains and potential human application.

The paper introduces new voltage sensors that enable simultaneous cellular-resolution activity imaging from multiple neuron-types in awake animals.

This study develops and validates transgenic mouse lines expressing the GEVI ArcLight in specific olfactory cell types for in vivo voltage imaging of odorant responses.

This study shows that different fluorescent proteins used in GEVI design produce similar voltage response characteristics despite differences in their properties.