Research

Research Highlights

Multiferroics: Two-state lattice for one-state field
IRG 1 - Strain-Enabled Multiferroics

Nano Rotor: Molecular spin and slide
IRG 2 - Molecular and Nanoscale Motors

Magnetic Tubules: Cellular tracks follow the field
IRG 2 - Molecular and Nanoscale Motors

Ferro, Unbound: Hollow tubes feel the field
IRG 3 - Electrons in Confined Geometries

1D Heat Capacity: One-dimensional superconductors
IRG 3 - Electrons in Confined Geometries

Inversion Mode: Inversion mode nanowire transistors
IRG 3 - Electrons in Confined Geometries

Microinsertion: Placement, isolation and patterning
Molecular Patterning and Nanolithography

Fiber Transistor: Glassy switch
IRG 4 - Electromagnetic Nanostructures

Lighting The Way: Voices over light
Education and Outreach

Metacrystals: Networks of molecular building blocks
Education and Outreach

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Support for the Center for Nanoscale Science is provided through the NSF Grant DMR-08-20404, part of the NSF MRSEC Program. Additional support is provided by Penn State University, Materials Research Institute, and by Pennsylvania Ben Franklin Technology Development Fund.
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