Rebecca Thompson

Thompson was born in Chicago and raised near Annapolis, Maryland. Her father was a physicist and her mother a high school principal.^[1] Thompson was encouraged by one of her friends to take a class in physics, and enjoyed it so much she decided to study it at university.^[1] She was the youngest person in Delaware to get her skydiving license.^[2]

Thompson majored in physics at Bryn Mawr College. She moved to the University of Texas at Austin for her graduate studies, where she studied pattern formation in buckled membranes using computational modeling. She worked under the supervision of Michael Marder in the Centre for Nonlinear Dynamics. Specifically, she looked at the morphology of nano-flowers that form at the tip of silicon nanowires as well as the formation of ripples in sheets of graphene.^[3] The silicon nanowire tips form nano-flowers when in the presence of different gases. In the nano-flower formation process, the nanowires extend, and intricate patterns of silicon oxide start to form.^[1] She has shown that the nanowires extend more in the presence of gold, and that nano-flowers only form in the presence of oxygen.^[1] She reported that ripples in graphene sheets can be understood by considering the adsorption of hydroxide molecules in random sites across the graphene layers.^[4] The process of adsorbing hydroxide causes the carbon – carbon bonds to extend, which can result in static buckling.^[4] During her graduate studies, she became more interested in teaching and doing physics outreach.^[2]