Michael Gramlich, PhD
Short Bio
I received my degrees in condensed matter physics from the University of Missouri – Columbia understanding how quantum properties mediated metal/semiconductor growth. I then transitioned to postdoctoral research in molecular biophysics at the University of Massachusetts – Amherst understanding how molecular motor mechanics mediate nutrient transport in cells. I did a second postdoc in neuroscience at Washington University in St. Louis School of medicine focusing on how long-range molecular transport supports cognition. Since joining Auburn, I have collaborated with colleagues in the Harrison College of Pharmacy, College of Nursing, VCOM, Samuel Ginn College of Engineering and Department of Biology in COSAM.
Education
Bachelors University of Missouri - Columbia 2005
Masters University of Missouri - Columbia 2007
PhD University of Missouri - Columbia 2011
Innovation
My labs research focuses focuses on two parallel tracks: fundamental science and medically translational science.
First, my lab studies the fundamental physics of how thinking works from the molecular to the circuit level. We seek to develop new predictive frameworks that help coherently organize the complex combination of biological processes that go into cognitive function. We currently focus on how spontaneous synaptic communication supports memory formation and maintenance. We also collaborate with colleagues to develop new robotic-neural interfaces to understand how neural interfaces work.
Second, my lab uses fundamental physics as well as the new frameworks we develop to better understand and treat human diseases. In collaboration with colleagues in the College of Pharmacy, we use the spontaneous synaptic communication frameworks to better understand neurodegenerative diseases (such as Alzheimer's Disease) and neuropsychiatric diseases. In collaboration with colleagues in the College of Nursing and VCOM, my lab seeks to understand how fundamental elasticity theory can be leveraged to develop new treatments/interventions for muscle tissue pain syndromes.
Engagement
I run a regular course with the Summer Science Institute (SSI) teaching high school students about how to develop theories and models of the universe around us.
