Colm Kelleher is an Assistant Professor of Physics and (by courtesy) an Assistant Professor of Biology; he is also affiliated with Syracuse University’s BioInspired Institute. Dr. Kelleher uses tools and ideas from materials science and soft matter physics to understand how cellular structures assemble and function. His work focuses in particular on mammalian oocytes (developing egg cells) and very early embryos. Kelleher teaches classes in general physics, as well as upper-level classes in materials physics, biophysics, and related topics. 
Ileana Márquez is a Postdoctoral Researcher focusing on biophysical models for human oocyte spindles. She earned her PhD in Biophysics from the Universidad Autónoma (Madrid, Spain), where she studied in vitro reconstituted systems for bacterial cell division machinery. Outside the lab, her interests are varied and many, but her preferred activities are bookbinding and illustration.
Nimisha Krishnan is a Postdoctoral Researcher exploring how mouse oocyte spindles behave, specifically their energetics and instabilities. She completed her PhD in Physics at Syracuse University, where she worked on in vitro reconstituted systems to understand intracellular transport and biomaterial properties in the cytoskeleton. When she’s not in the lab, you’ll find her spending time outdoors, creating art, or hanging out with her folks.
Srijana Pokharel is a physics graduate student at Syracuse University. Her research focuses on understanding how changes in ATP availability impact spindle assembly and function. Outside the lab, she is interested in hiking, exploring new cuisine, and watching movies.
Belal Menbari is a full-time PhD student in Physics. His research interests lie at the intersection of physics and biology, with a focus on applying biophysical principles to advance healthcare and understand fundamental life processes. His research specifically investigates spindle mechanics and chromosome segregation in human and mouse embryos and oocytes with aims to uncover the fundamental mechanisms that ensure faithful genetic transmission during early development. When not in the lab, he recharges by weightlifting, venturing into nature and connecting with friends.
Michelle Sieburg is a part-time lab manager specializing in molecular biology, biochemistry, human tissue culture and mouse models. She is an alum of Syracuse University and has been working in biological and chemical labs for 25 years. She can be found most often at playgrounds with her foster/biological children and knitting something cozy when not in the lab.
Paul Chen is a junior majoring in Mathematics and Physics at Syracuse University. He is deeply passionate about physics and actively participates in various academic events within the department. Outside of academics, he maintains an active lifestyle and particularly enjoys long-distance running and badminton.