Dec 5, 2024
1:30pm - 2:00pm
Sheraton, Fifth Floor, Riverway
Danna Freedman1,Daniel Laorenza1,Leah Weiss2,Pratiti Deb2,Sam Bayliss3,David Awschalom2,James Rondinelli4
Massachusetts Institute of Technology1,The University of Chicago2,University of Glasgow3,Northwestern University4
Danna Freedman1,Daniel Laorenza1,Leah Weiss2,Pratiti Deb2,Sam Bayliss3,David Awschalom2,James Rondinelli4
Massachusetts Institute of Technology1,The University of Chicago2,University of Glasgow3,Northwestern University4
Molecules are tunable platforms for quantum technologies. Previously we harnessed synthetic chemistry to create molecular analogues of color centers which feature ground state optical read-out of spin information. Proceeding beyond this initial result to optimized systems requires careful design of new molecules in which coherence properties, environmental compatibility, and emission frequency can be controlled. Recent results on developing molecules featuring a spin/optical handle will be presented.