Charles Tschirhart is completing a Kavli Institute postdoctoral fellowship at Cornell University.
Tschirhart is originally from Naperville, Illinois. He completed his undergraduate degrees in Applied Physics and Chemistry at Caltech, after which he worked for a year on a Fulbright scholarship at the
University of Nottingham in the UK.
He completed his PhD in experimental condensed matter physics at UCSB, supported by the Hertz foundation and the National Science Foundation.
At UCSB Tschirhart and his colleagues built and operated a set of nanoSQUID microscopes, which are tools capable of precisely measuring and imaging magnetic fields at low temperatures with high resolution.
He enjoys building machines and has spent most of his career developing scientific instrumentation
for performing new kinds of measurements on condensed matter systems. He is especially
interested in topological phases and magnetism and enjoy thinking about ways in which exotic
interaction-driven electronic phases can be used to support new technologies, from superconducting sensors to exotic magnetic memories.
Tschirhart is currently studying interaction-
driven phases in transition metal dichalcogenides at Cornell University, supported by a Kavli
Institute at Cornell postdoctoralfellowship. These properties produced new mechanisms for electronic control of magnetism, which, if realized at higher temperatures, could be useful in magnetic memories.
