Toward nuclear magnetic resonance spectroscopy above 1 Tesla with nitrogen-vacancy centers

ORAL

Abstract

The ability of nitrogen-vacancy (NV) centers in diamond to act as quantum sensors of magnetic fields over microscale distances has led to a wide range of applications, including the detection of nuclear magnetic resonance (NMR) signals from a liquid analyte. Applied magnetic fields B0 > 1 T are needed to resolve 100-parts-per-billion chemical shifts in NMR spectroscopy, but such large fields present challenges for NV sensor spin manipulation. We describe progress in extending NV-NMR to B0 > 1 T, including chip design and NV and nuclear control.

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Presenters

  • Bryan Andrew Richards

    • University of New Mexico

Authors

  • Bryan Andrew Richards

    • University of New Mexico

  • Janis Smits

    • University of New Mexico

  • Andrey Jarmola

    • University of California, Berkeley

  • Yaser Silani

    • University of New Mexico

  • Andrew F McDowell

    • NuevoMR

  • Andris Berzins

    • University of New Mexico

  • Maziar Saleh Ziabari

    • University of New Mexico

  • Amilcar Jeronimo Perez

    • University of New Mexico

  • Maxwell D Aiello

    • University of New Mexico

  • Victor M Acosta

    • University of New Mexico