Title: "Chemical Control of Spin-to-Environment Interactions"

Abstract: For an abstract, let’s do: Spin-to-environment interactions are key physical phenomena for any spin-based application. For a computational perspective, those interactions are how spins could be manipulated to utilize information encoded in their orientation. From a sensing perspective, electron-to-environment interactions can be leveraged, for example, for new magnetic resonance biomedical imaging uses. In this talk, I will focus on our work in understanding the environmental sensitivity of a unique nuclear spin, Cobalt-59. I will report our efforts to understand the thermal sensitivity of this magnetic nucleus and how molecular design of metal complexes containing this nucleus can be used to control that sensitivity. 

See more of Dr. Zadrozny's research on his website: https://www.zadlab.org/