Speaker
Carlos Munuera Javaloy
(Universidad del País Vasco / EHU Quantum Center)
Description
We present a method to identify energy shifts which contain structural information in solid-state systems using Nitrogen-Vacancy (NV) centers combined with synchronization techniques. To achieve this, we have developed a theory for Lee-Goldburg based decoupling schemes in microscale-NMR scenarios with NV centers at large static magnetic fields. The introduced RF fields serve two purposes: (i) nuclear decoupling and (ii) bridging the interaction between NV sensors and fast-rotating spins. We have created a theory to track the thermal signal (i.e., the magnetization vector) when driven by decoupling fields. This allows us to obtain coherent signals even in highly protonated samples with strong internuclear couplings.
Primary authors
Ander Tobalina
(ARQUIMEA Research Center)
Carlos Munuera Javaloy
(Universidad del País Vasco / EHU Quantum Center)
Ivan Panadero
(ARQUIMEA Research Center)
Jorge Casanova
(Universidad del País Vasco / EHU Quantum Center)
