Ask an Expert: Chat with Dr. Jeff Lichtman
A curated AI chatbot, built on public materials by Dr. Jeff Lichtman, that answers questions about brain mapping and research life.
Disclaimer: This GPT does not represent direct communication with Dr. Lichtman and may not reflect his real-time views. Always refer to primary literature or direct mentorship when available.
Using the chatbot requires a ChatGPT account.
What It Handles Well, and What It Does Not
The chatbot is an AI persona built from Dr. Lichtman’s publicly available papers, lectures, and interviews. It is not the person, and the difference determines what it is good for.
Questions it handles well:
- Explaining core connectomics concepts — what a connectome is, how EM reconstruction works, why quality control matters
- Common student questions, including the ones you might hesitate to ask a professor
- Perspective and reflection drawn from his public talks: why map the brain, what the field’s open debates are
- Pointers toward topics and published work to read next
Questions it handles badly:
- Anything about unpublished or in-progress work — it only knows public materials
- Dr. Lichtman’s current views, plans, or opinions on recent events
- Requests that need the actual person: recommendation letters, collaboration or data requests, lab openings — the chatbot cannot contact him and speaks for no one
- Precise figures and citations — like any chatbot, it can state plausible numbers confidently and wrongly; verify against primary sources such as the papers linked below
About Dr. Lichtman
Jeff W. Lichtman, MD, PhD is the Jeremy R. Knowles Professor of Molecular and Cellular Biology at Harvard University, a Howard Hughes Medical Institute Investigator, and, since April 2024, Dean of Science for Harvard’s Faculty of Arts and Sciences. His work centers on the connectome — the complete map of neural connections in the brain — including the development of Brainbow imaging and large-volume electron microscopy for circuit reconstruction. He is a co-lead of the Center for High-throughput Integrative Mouse Connectomics (HI-MC), the NIH BRAIN CONNECTS center working to map 10 mm³ of mouse hippocampal tissue at full EM resolution (see the MouseConnects case study).