Sarah Veatch

Veatch was raised in Brookline, Massachusetts by her mother, a medical doctor, and her father, William R. Veatch, a membrane biophysicist. == Education ==

Veatch's interest in physics began in high school. She was involved in her high school's gay–straight alliance in the mid-1990s "but struggled with her LGBT identity until college". Her undergraduate thesis was titled VLF magnetic field correlation measurements between LIGO sites. Her thesis supervisor was Rainer Weiss. Veatch worked for a year as an electrical engineer, programming lighting consoles used in auditoriums. In 2004, she completed her Ph.D. in physics at University of Washington under her advisor Sarah L. Keller, after which she conducted one year of postdoctoral studies with Robert E. W. Hancock at University of British Columbia. She also worked with Jenifer Thewalt at Simon Fraser University. Veatch completed further postdoctoral studies with Barbara A. Baird and David Holowka at Cornell University. Here, she built upon her Ph.D. work, exploring phase separation in isolated biological membranes. == Career ==

After her postdoctoral work, Veatch was hired as an Assistant Professor of Biophysics at the University of Michigan, She researches the physical properties of lipids and the influence on the plasma membrane function. She investigates signalling pathways initiated in the membrane and has developed new super-resolution fluorescence microscopy techniques to further study interactions in the membrane. Veatch's recent work has examined the role of lipid phase behavior in organizing plasma membrane components, or correlations between the partitioning preferences of membrane-anchored probes in giant plasma membrane vesicles (GPMVs) and their organization in live cells. Veatch has put forward a theory where proximity to a membrane phase transition drives the formation of membrane domains. == Awards and honors ==

In 2012, Veatch won a Sloan Research Fellowship. She was named a Fellow of the American Physical Society in 2023, "for foundational work in understanding the miscibility phase transition and associated critical phenomena in membranes, and for rigorously applying these physical concepts to biological processes". == References ==