Welcome, Jaymes Quinn!

by Heidi Hehnly in


We're glad to have Jaymes join us this summer from UMass Amherst as part of Syracuse University Biology Department’s MicroFFABS REU program.

Jaymes will be investigating how specific centrosome proteins contribute to the function of the Left-Right Organizer — the embryonic structure responsible for establishing the asymmetric arrangement of the internal organs. It's a fascinating question that sits at the intersection of cell biology and developmental patterning, and we're excited to see where the work leads.

Welcome to the lab, Jaymes — we're glad to have you here!


Speaking at Mount Sinai's Department of Cell, Developmental & Regenerative Biology

by Heidi Hehnly in , ,


On May 21st Dr. Hehnly gave an invited talk at Mount Sinai's Department of Cell, Developmental and Regenerative Biology, hosted by Dr. Sergei Sokol. The seminar presented work from two members of the lab — Favour Ononiwu, Yiling Lan and Prabhu Sankaralingam — focused on centrosome dynamics and the consequences of centrosome protein loss in the zebrafish embryo.

The zebrafish embryo offers a powerful window into early cell division, and this work addresses how the centrosome is regulated during those critical first stages of development. 

Dr. Hehnly had a great time visiting the Department and Central Park!


BioArt Mixer #22: Rewriting Intelligence Across Nature, Story, and AI

by Heidi Hehnly in ,


Join us for the next BioArt Mixer, an interdisciplinary conversation exploring how concepts of learning extend across physics, biology, narrative, and artificial systems.

📅 April 24, 3:30–4:30 PM
📍 Bowne Hall, Room 414, Syracuse University

What if Learning Is a Property of Matter?
Rewriting Intelligence Across Nature, Story, and AI

This session features a conversation between Debbie Urbanski and Jen Schwarz, followed by Q&A and refreshments.

We often localize learning within brains—or in artificial neural networks modeled after them. This discussion instead asks whether learning may be a more fundamental property of matter itself: emerging in systems that encode history, respond to perturbation, and reorganize through interaction. Framed through both scientific and narrative lenses, the event explores how learning may be written into the fabric of physical and conceptual worlds.

Schwarz’s work in theoretical physics examines how diverse systems—from particle assemblies to cellular collectives—can encode memory and exhibit adaptive behavior through physical processes. Urbanski’s speculative writing, including After World and her recent collection Portalmania, approaches similar questions through narrative, imagining intelligence and learning beyond human-centered frameworks.

The BioArt Mixer series, initiated by Heidi Hehnly and Boryana Rossa in collaboration with the Bioinspired Institute, brings together perspectives across disciplines to foster new ways of thinking at the intersection of science and art.

All are welcome.