H A M M E L G R O U P

Understanding and Exploiting Magnetism and Electronic Spin in Materials
Developing New Approaches to Magnetic Resonance

Contact: P. Chris Hammel + 614 247-6928 Department of Physics 191 W. Woodruff Ave The Ohio State University Columbus, Ohio 43210-1106 USA Office: 2000 Physics Research Bldg (Bldg 070) Curriculum Vitae: Full Brief Biosketch Maps: Interactive campus map Columbus Map Map showing Department, hotels & parking garages

Magnetic resonance is powerful microscopic probe of local magnetic and structural properties. We are applying the emerging technique of Magnetic Resonance Force Microscopy (MRFM), a new approach that employs mechanical detection of magnetic resonance to achieve exceptional detection sensitivity which in turn enables very high resolution magnetic resonance imaging and local characterization.
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*FERROMAGNETIC RESONANCE* *IMAGING:*	*Imaging Internal Fields in Ferromagnets* *With Nanoscale Resolution and Spectroscopic Precision*
	Nature vol. 466, 845, 12 August 2010 Nanoscale scanning probe ferromagnetic resonance imaging using localized modes" (pdf)"
*MAGNETIC RESONANCE* *FORCE MICROSCOPY:*	*Towards Three-Dimensional Sub-Surface* *Atomic-Scale Imaging of Magnetic Materials*
*ENCOMM* *An Ohio State University Initiative*	*Electronic/Magnetic Nanoscale Composite Multicomponent Materials*
*SPIN ELECTRONICS:*	*A New Information Processing Paradigm* *Using Electronic Spins in Solids*
*STRONGLY CORRELATED* *ELECTRONIC SYSTEMS:*	*High Temperature Superconductivity, Magnetism* *and Charge Inhomogeneity in Correlated Electron Systems*

*PUBLICATIONS*	*A Selection of Recent Publications* *On These Research Topics.*
*OSU Online article* This Research is Supported by the Following Agencies

LINKS: Ohio State University Home Page Department of Physics, Ohio State University