Presentation Information

[Th-A2-D-04 (Invited)]Coupling a Single Spin to the Motion of a Carbon Nanotube

Federico Fedele2, 〇Federico Cerisola1,2, Lea Bresque3, Florian Vigneau2, Alexia Auffeves4, Andras Palyi5, Janet Anders1, Natalia Ares2 (1. University of Exeter (UK), 2. University of Oxford (UK), 3. University of Grenoble (France), 4. MajuLab (Singapore), 5. Budapest University of Technology and Economics (Hungary))
We report the first observation of spin-mechanical coupling in a suspended carbon nanotube. The coupling is measured both through mechanically induced EDSR broadening and resonance frequency shifts. The observations are in agreement with a model where the qubit g-tensor possess a mechcanical displacement dependence.