2019Unpublished venueOpen access

Probing spin waves using single-spin magnetometry

Toeno van der Sar

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Abstract

Spin waves are the elementary spin excitations of magnetic materials. This paper presents the use of nitrogen-vacancy spins in diamond to study spin-wave resonances, thermally excited spin waves, and spin-wave chemical potentials. These techniques open up new possibilities for nanoscale imaging and control of spin transport in mesoscopic spin systems.

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What this paper is about

Spin waves are the elementary spin excitations of magnetic materials. This paper presents the use of nitrogen-vacancy spins in diamond to study spin-wave resonances, thermally excited spin waves, and spin-wave chemical potentials. These techniques open up new possibilities for nanoscale imaging and control of spin transport in mesoscopic spin systems.

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Available abstract

Spin waves are the elementary spin excitations of magnetic materials. This paper presents the use of nitrogen-vacancy spins in diamond to study spin-wave resonances, thermally excited spin waves, and spin-wave chemical potentials. These techniques open up new possibilities for nanoscale imaging and control of spin transport in mesoscopic spin systems.

Key concepts: Spin wave, Mesoscopic physics, Spin (aerodynamics), Condensed matter physics, Spins, Spin engineering, Diamond, Spin polarization

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