Boron vacancy defects in hot-pressed polycrystalline hBN show optically detected magnetic resonance and Zeeman splitting for magnetic fields along all three spatial directions, enabling alignment-free magnetometry.
(6) The first and second terms in Eq
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Room-temperature alignment-free magnetometry with boron vacancies in hot-pressed hexagonal boron nitride
Boron vacancy defects in hot-pressed polycrystalline hBN show optically detected magnetic resonance and Zeeman splitting for magnetic fields along all three spatial directions, enabling alignment-free magnetometry.