Boron-vacancy defects in a two-dimensional layer inside a diamond anvil cell map stress and magnetism up to 4 GPa and detect a pressure-driven loss of magnetism in Cr1+δTe2.
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Probing Stress and Magnetism at High Pressures with Two-Dimensional Quantum Sensors
Boron-vacancy defects in a two-dimensional layer inside a diamond anvil cell map stress and magnetism up to 4 GPa and detect a pressure-driven loss of magnetism in Cr1+δTe2.