Measurements show double-quantum spin relaxation in boron vacancies in hBN grows faster with temperature than single-quantum relaxation and is attributed to a high-energy phonon mode.
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Temperature dependent single- and double-quantum relaxation of negatively charged boron vacancies in hexagonal boron nitride
Measurements show double-quantum spin relaxation in boron vacancies in hBN grows faster with temperature than single-quantum relaxation and is attributed to a high-energy phonon mode.