Optically-Induced $^{13}$ C Nuclear Spin Polarization through Nitrogen-Vacancy Centers in DiamondOptically-Induced $^{13}$C Nuclear Spin Polarization through Nitrogen-Vacancy Centers in Diamond

Jonathan P. King, Patrick J. Coles, Jeffrey A. Reimer

Bulletin of the American Physical SocietyMar 17, 20090 citations

Optical quantum memory made from single nuclear spin in nitrogen vacancy in diamond

Sen Yang, Ya Wang, Thai Hien Tran +5 more

Bulletin of the American Physical SocietyMar 2, 20150 citations

Coherent Dynamics of Nitrogen-Vacancy Centers in Diamond Interacting with Isotopically-enriched Nitrogen Nuclear Spins

Ryuushirou Fujita, Ikuya Hanano, Syuhei Uesugi +4 more

The Japan Society of Applied PhysicsJul 22, 20160 citations

Environment-assisted Quantum-enhanced Sensing with Electronic Spins in Diamond

Alexandre Cooper, Won Kyu Calvin Sun, Jean-Christophe Jaskula +1 more

Quantum-enhanced sensing with spin-bearing defects in solids is important for measuring magnetic fields at the atomic scale, but progress is impeded by the difficulty of accessing ensembles of strongly coupled spins that can be entangled deterministically. This study exploits an optically dark electronic-nuclear spin defect near a single nitrogen-vacancy center in diamond to create an entangled state of two electronic spins, and measure the amplitude of time-varying magnetic fields with superior performance. With their stability under optical illumination, dark electronic spins can be repeatedly measured through the N- $V$ center to further improve the signal-to-noise ratio.Quantum-enhanced sensing with spin-bearing defects in solids is important for measuring magnetic fields at the atomic scale, but progress is impeded by the difficulty of accessing ensembles of strongly coupled spins that can be entangled deterministically. This study exploits an optically dark electronic-nuclear spin defect near a single nitrogen-vacancy center in diamond to create an entangled state of two electronic spins, and measure the amplitude of time-varying magnetic fields with superior performance. With their stability under optical illumination, dark electronic spins can be repeatedly measured through the N-$V$ center to further improve the signal-to-noise ratio.

arXiv:1811.09572Physical Review AppliedOct 21, 201921 citations

Optical Control of a Nuclear Spin in Diamond

David Levonian, Michael Goldman, Kristiaan De Greve +4 more

Bulletin of the American Physical SocietyJun 6, 20170 citations

Optical Control of Nuclear Spin Ensembles in Diamond

Jonathan P. King, Jeffrey A. Reimer

Bulletin of the American Physical SocietyFeb 28, 20120 citations

Optically-Induced

^{13}

C Nuclear Spin Polarization through Nitrogen-Vacancy Centers in Diamond

V

center to further improve the signal-to-noise ratio.