Membrane-based torque magnetometer: enhanced sensitivity by optical readout of the membrane displacement

The design and realization of a torque magnetometer is reported that reads the deflection of a membrane by optical interferometry. The compact instrument allows for low-temperature measurements of tiny crystals less than a microgram with a significant improvement in sensitivity, signal-to-noise rati...

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Main Authors: Blankenhorn, M, Heintze, E, Slota, M, van Slageren, J, Moores, B, Degen, C, Bogani, L, Dressel, M
Format: Journal article
Language:English
Published: AIP Publishing 2017
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author Blankenhorn, M
Heintze, E
Slota, M
van Slageren, J
Moores, B
Degen, C
Bogani, L
Dressel, M
author_facet Blankenhorn, M
Heintze, E
Slota, M
van Slageren, J
Moores, B
Degen, C
Bogani, L
Dressel, M
author_sort Blankenhorn, M
collection OXFORD
description The design and realization of a torque magnetometer is reported that reads the deflection of a membrane by optical interferometry. The compact instrument allows for low-temperature measurements of tiny crystals less than a microgram with a significant improvement in sensitivity, signal-to-noise ratio as well as data acquisition time compared with conventional magnetometry and offers an enormous potential for further improvements and future applications in different fields. Magnetic measurements on single-molecule magnets demonstrate the applicability of the membrane-based torque magnetometer.
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spelling oxford-uuid:8fcc5681-5ce9-4fcb-bf38-c98c3eae34d72022-03-26T23:06:53ZMembrane-based torque magnetometer: enhanced sensitivity by optical readout of the membrane displacementJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:8fcc5681-5ce9-4fcb-bf38-c98c3eae34d7EnglishSymplectic Elements at OxfordAIP Publishing2017Blankenhorn, MHeintze, ESlota, Mvan Slageren, JMoores, BDegen, CBogani, LDressel, MThe design and realization of a torque magnetometer is reported that reads the deflection of a membrane by optical interferometry. The compact instrument allows for low-temperature measurements of tiny crystals less than a microgram with a significant improvement in sensitivity, signal-to-noise ratio as well as data acquisition time compared with conventional magnetometry and offers an enormous potential for further improvements and future applications in different fields. Magnetic measurements on single-molecule magnets demonstrate the applicability of the membrane-based torque magnetometer.
spellingShingle Blankenhorn, M
Heintze, E
Slota, M
van Slageren, J
Moores, B
Degen, C
Bogani, L
Dressel, M
Membrane-based torque magnetometer: enhanced sensitivity by optical readout of the membrane displacement
title Membrane-based torque magnetometer: enhanced sensitivity by optical readout of the membrane displacement
title_full Membrane-based torque magnetometer: enhanced sensitivity by optical readout of the membrane displacement
title_fullStr Membrane-based torque magnetometer: enhanced sensitivity by optical readout of the membrane displacement
title_full_unstemmed Membrane-based torque magnetometer: enhanced sensitivity by optical readout of the membrane displacement
title_short Membrane-based torque magnetometer: enhanced sensitivity by optical readout of the membrane displacement
title_sort membrane based torque magnetometer enhanced sensitivity by optical readout of the membrane displacement
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