Skip to content

"The significance of education is underscored by the return of neuroscientist Nathan A. Smith, Ph.D. ('13), who assumes a leadership position."

Neuroscience scholar, Nathan A. Smith, with his Master's (acquired in 2010) and Ph.D. (2013), is making a comeback to the University of Rochester, now appointed as an associate professor and the associate dean responsible for Equity and Inclusion in Research and Research Education within the...

"The pivotal role of education is underscored as Neuroscientist Nathan A. Smith, Ph.D. ('13),...
"The pivotal role of education is underscored as Neuroscientist Nathan A. Smith, Ph.D. ('13), reclaims a leading position"

"The significance of education is underscored by the return of neuroscientist Nathan A. Smith, Ph.D. ('13), who assumes a leadership position."

Nathan A. Smith, a distinguished alumnus of the University of Rochester, is set to return to his alma mater in the spring of 2023, pending approval from the provost. Smith, who earned his M.S. and Ph.D. from the University in 2010 and 2013 respectively, will join the faculty as an associate professor of Neuroscience and Associate Dean for Equity and Inclusion in Research and Research Education in the School of Medicine and Dentistry.

Smith's extensive experience and commitment to diversity, equity, and inclusion make him a valuable addition to the University. He currently chairs the Cultural Transformation action group for the Neuroscience Diversity Commission at the Del Monte Institute for Neuroscience. He is also a member of the Pipelines and Community Connections action groups, demonstrating his dedication to fostering a more diverse and robust scientific community.

Smith's return to Rochester is not his first foray into academia. He was a co-first author on a study published in Science Signaling in 2012 while working at the Center for Translational Neuromedicine at the University of Rochester Medical Center. His research program, which is supported by the National Institutes of Health, National Science Foundation, and Department of Defense awards, focuses on defining the mechanisms of how astrocytes and norepinephrine work together. This research has earned him honours for its potential to shape the treatment of diseases like attention deficit hyperactivity disorder and epilepsy.

John Foxe, Ph.D., director of the Del Monte Institute for Neuroscience, expressed his excitement about Smith's return, praising his significant work at the bench and its potential to contribute to the Institute's mission. Rick Libby, Ph.D., senior associate dean for Graduate Education and Post-Doctoral Affairs, shared Foxe's sentiments, stating that he is thrilled to have Smith back in Rochester.

Adrienne Morgan, Ph.D., vice president for Equity and Inclusion at the University of Rochester Medical Center, also praised Smith's dedication and drive in moving the mission of equity and inclusion in science forward. She believes that Smith's return will bring the best and the brightest to the bench, regardless of their background, and ensure equal education opportunities for bright minds in underserved communities.

Smith's responsibilities at the University will include enhancing the recruitment of postdoctoral fellows, graduate students, and faculty of colour, as well as women. He is eager to work closely with current learners and serve as a role model for them. His commitment to diversity powers innovation, and he is committed to making academia more diverse, equitable, and inclusive.

The University of Rochester School of Medicine and Dentistry and the Del Monte Institute for Neuroscience can look forward to Smith's return in the spring. His dedication to creating a more diverse and robust scientific community is expected to help transform the field of neuroscience and the University of Rochester.

Read also:

Latest

Echoing space anomalies, a celestial body discovered that rainfalls composed of molten glass.

Planet Surfaces with Glass-like Rainfall Exists

Far-off from our planet Earth, researchers have pinpointed a celestial body that exhibits extraordinary climatic conditions unseen within our solar system. This exoplanet, labeled HD 189733 b, resides in the constellation Vulpecula and orbits a star. Categorized as a "hot Jupiter", it is a gas...

Black Hole Enigma: Revealing the Secrets Behind These Cosmic Phenomena

Black Holes' Enigmatic Nature Unveiled

Stars with immense mass reaching the concluded phases of their existence undergo the process of black hole formation, as the pressure from their own inherent gravity overwhelms them. Throughout a star's existence, nuclear fusion produces energy powerful enough to offset gravitational pull,...