Unlocking quantum potential

Juan Chamorro has always enjoyed studying physics through the lens of chemistry, and pursuing a career in materials science and engineering is allowing him an opportunity to explore the discipline in a more tangible way.  The assistant professor who joined the materials science and engineering department this summer earned his Ph.D. in chemistry from Johns Hopkins University, where he researched the chemistry of quantum materials. 

Quantum materials, particularly superconductors, sparked his interest early in his studies as he was fascinated by their ability to bring the fascinating properties of quantum mechanics from the microscopic to the macroscopic.

“Seeing the effects of quantum mechanics with your own eyes, such as in quantum locking in levitating superconductors, is distinct to the more abstract ways we typically think about this discipline,” Chamorro notes.

Before starting at CMU, he was an NSF Mathematical and Physical Sciences Ascending (MPS-Ascend) Postdoctoral Research Fellow at the University of California, Santa Barbara. 

“I was drawn to Carnegie Mellon because of its highly collaborative environment,” says Chamorro. “For example, I’m looking forward to integrating artificial intelligence and machine learning into my research, and I know I can readily draw from the expertise across disciplines here.” 

His research at Carnegie Mellon will focus on quantum materials synthesis, crystal growth, and structural and physical properties characterization through in-house measurements and X-ray and neutron scattering experiments. While the applications of quantum materials are in their infancy relative to other areas, he hopes that his work in crystal growth will lead to the discovery of new quantum materials that could eventually result in hitherto unforeseen and unexpected applications.

In addition to his research, which will draw on expertise in materials science, chemistry, and condensed matter physics, Chamorro looks forward to teaching his first class this fall focused on magnetic materials.  

“Magnetism is a growing area of research with a variety of applications,” he notes.  “I’m looking forward to covering the basics of the subject as well as discussing emerging trends in the discipline.” 

Outside of the classroom and lab, Chamorro enjoys reading and traveling, particularly to destinations where he can enjoy scenic hiking. His most recent favorite destination was Madeira, Portugal.