Alternating current magnetic susceptibility of a molecular magnet submonolayer directly patterned onto a micro superconducting quantum interference device

We report the controlled integration, via dip pen nanolithography, of monolayer dots of ferritin-based CoO nanoparticles (12 μ B) into the most sensitive areas of a microSQUID sensor. The nearly optimum flux coupling between these nanomagnets and the microSQUID improves the achievable sensitivity by...

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Published in:Applied physics letters Vol. 99; no. 3; pp. 032504 - 032504-3
Main Authors: Martínez-Pérez, M. J., Bellido, E., Miguel, R. de, Sesé, J., Lostao, A., Gómez-Moreno, C., Drung, D., Schurig, T., Ruiz-Molina, D., Luis, F.
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Published: United States American Institute of Physics 18-07-2011
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Abstract We report the controlled integration, via dip pen nanolithography, of monolayer dots of ferritin-based CoO nanoparticles (12 μ B) into the most sensitive areas of a microSQUID sensor. The nearly optimum flux coupling between these nanomagnets and the microSQUID improves the achievable sensitivity by a factor 102, enabling us to measure the linear susceptibility of the molecular array down to very low temperatures (13 mK). This method opens the possibility of applying ac susceptibility experiments to characterize two-dimensional arrays of single molecule magnets within a wide range of temperatures and frequencies.
AbstractList We report the controlled integration, via dip pen nanolithography, of monolayer dots of ferritin-based CoO nanoparticles (12 μ{sub B}) into the most sensitive areas of a microSQUID sensor. The nearly optimum flux coupling between these nanomagnets and the microSQUID improves the achievable sensitivity by a factor 10{sup 2}, enabling us to measure the linear susceptibility of the molecular array down to very low temperatures (13 mK). This method opens the possibility of applying ac susceptibility experiments to characterize two-dimensional arrays of single molecule magnets within a wide range of temperatures and frequencies.
We report the controlled integration, via dip pen nanolithography, of monolayer dots of ferritin-based CoO nanoparticles (12 μ B) into the most sensitive areas of a microSQUID sensor. The nearly optimum flux coupling between these nanomagnets and the microSQUID improves the achievable sensitivity by a factor 102, enabling us to measure the linear susceptibility of the molecular array down to very low temperatures (13 mK). This method opens the possibility of applying ac susceptibility experiments to characterize two-dimensional arrays of single molecule magnets within a wide range of temperatures and frequencies.
We report the controlled integration, via dip pen nanolithography, of monolayer dots of ferritin-based CoO nanoparticles (12 μ B ) into the most sensitive areas of a microSQUID sensor. The nearly optimum flux coupling between these nanomagnets and the microSQUID improves the achievable sensitivity by a factor 10 2 , enabling us to measure the linear susceptibility of the molecular array down to very low temperatures (13 mK). This method opens the possibility of applying ac susceptibility experiments to characterize two-dimensional arrays of single molecule magnets within a wide range of temperatures and frequencies.
We report the controlled integration, via dip pen nanolithography, of monolayer dots of ferritin-based CoO nanoparticles (12 μB) into the most sensitive areas of a microSQUID sensor. The nearly optimum flux coupling between these nanomagnets and the microSQUID improves the achievable sensitivity by a factor 102, enabling us to measure the linear susceptibility of the molecular array down to very low temperatures (13 mK). This method opens the possibility of applying ac susceptibility experiments to characterize two-dimensional arrays of single molecule magnets within a wide range of temperatures and frequencies.
Author Martínez-Pérez, M. J.
Ruiz-Molina, D.
Gómez-Moreno, C.
Schurig, T.
Luis, F.
Lostao, A.
Sesé, J.
Bellido, E.
Miguel, R. de
Drung, D.
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  surname: Bellido
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  surname: Sesé
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  surname: Lostao
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  surname: Drung
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  surname: Luis
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  email: fluis@unizar.es.
  organization: 7 Physikalisch-Technische Bundesanstalt (PTB) Abbestraße 2-12, D-10587 Berlin, Germany
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Snippet We report the controlled integration, via dip pen nanolithography, of monolayer dots of ferritin-based CoO nanoparticles (12 μ B) into the most sensitive areas...
We report the controlled integration, via dip pen nanolithography, of monolayer dots of ferritin-based CoO nanoparticles (12 μ B ) into the most sensitive...
We report the controlled integration, via dip pen nanolithography, of monolayer dots of ferritin-based CoO nanoparticles (12 μB) into the most sensitive areas...
We report the controlled integration, via dip pen nanolithography, of monolayer dots of ferritin-based CoO nanoparticles (12 μ{sub B}) into the most sensitive...
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SubjectTerms ALTERNATING CURRENT
CLASSICAL AND QUANTUM MECHANICS, GENERAL PHYSICS
COBALT OXIDES
CONDENSED MATTER PHYSICS, SUPERCONDUCTIVITY AND SUPERFLUIDITY
COUPLING
FERRITIN
INTERFERENCE
MAGNETIC SUSCEPTIBILITY
MAGNETS
MOLECULES
NANOPARTICLES
SENSITIVITY
SENSORS
SQUID DEVICES
TEMPERATURE RANGE 0013-0065 K
TWO-DIMENSIONAL CALCULATIONS
Title Alternating current magnetic susceptibility of a molecular magnet submonolayer directly patterned onto a micro superconducting quantum interference device
URI http://dx.doi.org/10.1063/1.3609859
https://www.osti.gov/biblio/22594500
Volume 99
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