National Science Foundation Funded Imaging Project

The National Science Foundation has launched a $19 million initiative to advance biological imaging technology nationwide.

Updated on Sept. 30, 2026 in Life Sciences

National Science Foundation Funded Imaging Project

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The National Science Foundation has allocated $19 million to create the National Connectomics and Ultrastructure Volume Observatory. This five-year project aims to provide researchers across the United States with advanced tools for sophisticated biological imaging.

Why it matters

By centralizing access to high-throughput electron microscopy and artificial intelligence analysis, this project seeks to standardize and scale the production of complex three-dimensional biological volumes for researchers nationwide.

The initiative utilizes high-throughput electron microscopes to slice tissue for AI-driven 3D reconstruction. Funding is split between the University of Vermont, which receives $15.68 million, and UC San Diego, which receives $3.32 million.

The players

National Science Foundation

This is an independent federal agency that supports fundamental research and education in all the non-medical fields of science and engineering.

Davi Bock

He is the lead project investigator responsible for overseeing the development of the national imaging observatory.

University of Vermont

This public research university serves as the lead coordinating hub for the new connectomics and ultrastructure project.

University of California San Diego

This public research university is a primary project partner that will contribute significant computational and imaging resources.

The details

Researchers will process biological tissues using high-throughput electron microscopes before employing artificial intelligence to assemble the resulting images into comprehensive three-dimensional volumes. The project establishes a national coordinating hub at the University of Vermont in partnership with the University of California San Diego and the San Diego Supercomputer Center.

In 2024, researchers successfully mapped an entire adult fruit fly brain.
The project was officially announced on September 30, 2026.
The initiative is scheduled to run over a 5-year period.

The Big Picture

This observatory marks a shift toward centralizing high-resolution biological imaging at a national scale to overcome the limitations of localized, siloed research efforts. It follows a pattern set by the FlyWire adult fruit fly brain mapping project to scale high-resolution imaging to larger systems.

This project could accelerate the development of new medical treatments by providing scientists with faster, more accurate 3D views of biological structures. In the long term, standardized imaging could lower costs for domestic laboratories attempting to model complex neural architectures.

The takeaway

Centralizing specialized imaging infrastructure represents a critical evolution in how scientific institutions manage data-intensive research. By pooling resources, the project aims to democratize access to advanced analytical tools that were previously restricted to select academic facilities.

What happens next

After the 5-year project duration, researchers expect to deliver a fully tested observatory design, initial pilot datasets, and a formal implementation plan for future nationwide use.