Prof. Kim Michelle Lewis:
Associate Head and Associate Professor of Physics
We investigate the electrophysiology of adult stem cells and prostate cancer cells to identify their electrical properties for therapeutic and regenerative medicine applications. Applications include orthopedic implants related to the repair of damaged tissue or organs.
Prof. Lewis serves as a role model for young women scientists in order to bridge the STEM gap. Read the story in the Rensselaer Alumni Magazine - Spring 2015 (page 18).
We train the next generation of scientists by providing graduate, undergraduate, and high school research opportunities via research assistantships, undergraduate research programs, and unpaid internships.
Hybrid Electronics and
The research projects in my lab are interdisciplinary, integrating topics of physics, chemistry, electrical engineering and materials science. My goal is to train a diverse group of graduate and undergraduate students in these fields and expose them to experimental skill sets that will allow them to become a leader in industry, a researcher, or a professor in academics. I am passionate about involving both undergraduate and high school students in the research experience. Most importantly, I encourage all of my students to explore and be creative. We are all talented and have the ability to advance fundamental science and engineering. I welcome collaborations and support from industries, private foundations, and small businesses.
Kim Michelle Lewis, Ph.D.
Associate Head & Associate Professor of Physics
The Hybrid Electronics and Characterization Laboratory (HECL) is dedicated to the advancement of fundamental science in condensed matter physics, molecular electronics, and electron transport in nanoscale devices. We welcome collaborations and support from industries, private foundations, and small businesses.
We design electronic devices that use a single or a few molecules to store information or access electronic states. Such devices can lead to basic elements, such as memory components, electronic switches, and transistors to promote nano-sized devices.
Rennselaer Polytechnic Institute
Department of Physics, Applied Physics, and Astronomy
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