Wes pursued both experimental and theoretical physics during his PhD at Johns Hopkins University, including investigating novel materials that demonstrate the ability to be both a conductor and an insulator. As a Schmidt Science Fellow, he is now expanding his work in quantum materials, moving to the lab of Johnpierre Paglione at UMD College Park.
His PhD work gave Wes expertise in the physics of unusual materials, including skills needed to utilize cutting-edge tools of large-scale scientific facilities, both domestic and international. With his focus now on the synthesis and application of quantum materials, Wes leverages the new-to-physics mathematical concept of topology to discover and understand superconducting and topological materials that will help to develop new quantum applications. Wes is following a fundamental, curiosity-driven approach, focused on materials which could have transformative applications in energy, computing, and more.
Wes already has rich experience of crossing boundaries. An alumnus of Berklee College of Music, he played the guitar, bass, piano, drums, and more, in a broad variety of styles. Working in music production and performance, he entered science through a personal curiosity, starting with a community college course in physics. After graduating summa cum laude from UC Irvine, Wes moved to the US east coast with a focus on the physics of materials.
Read Wes’s blog on the 2018 Cambridge, Massachusetts Global Meeting – ‘Cambridge, in a nutshell’