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Adaptive dynamical decoupling for quantum sensing with NV centers.

Tuesday, April 10, 2018 - 12:00
CFM auditorium
Jorge Casanova (Department of Physical Chemistry UPV/EHU Bilbao)
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Dynamical decoupling (DD) techniques, firstly developed in the early years
of nuclear magnetic resonance, represent a useful tool to manipulate
with high fidelity the hyperfine levels of a Nitrogen Vacancy (NV)
center. The latter is an excellent quantum platform for quantum sensing
purposes at room temperature. Then, an adequate application of DD
techniques over the NV center will enable quantum sensing of both classical signals
and nuclear spins with high precision. In this talk I will review some
standard methods in quantum sensing with NVs, and introduce newly
designed DD sequences that allows detection of nuclear spins even at
high static magnetic fields.

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