Allara Group Active Collaborations

Group	Affiliation	Project
Paul Weiss	Dept. of Chemistry Penn State	Molecular resolution STM of organized assemblies at surfaces Self-organized molecular computers
Nick Winograd	Dept. of Chemistry Penn State	Metal atom nucleation and growth mechanisms
Robert Collins	Dept. of Physics Penn State	Metal atom nucleation and growth mechanisms
Sanat Kumar	Polymer Science Program Penn State	Theoretical studies of wetting phenomena at organic surfaces
Mark Horn	Penn State Nanofabrication Facility	Nanolithography using self-assembled monolayers
Craig Praul	Agricultural Sciences Penn State	Artifical joint cartilage by patterned surface-controlled cell growth
Mamoun Bader	Dept. of Chemistry Penn State - Hazleton Campus	Synthesis of molecules for surface self-assembly
Carlo Pantano	Ceramic Science Program/ Materials Research Institute Penn State	Characterization of multicomponent glass surfaces and interfaces
Robert Opila	Lucent Technologies Murray Hill, NJ	Metal atom nucleation and film growth mechanisms
James Tour	Dept. of Chemistry Rice U.	Self-organized molecular computers
Mark Reed	Dept. of Electrical Eng. Yale University	Self-organized molecular computers
Ray Tsui	Motorola Corp. Corporate Research Labs Phoenix, AZ	Self-organized molecular computers
Michael Grunze Michael Zharnikov	Physical Chemistry Dept. U. Heidelberg Germany	Surface self-assembly mechanisms
Detlef Smigiles	CHESS Synchrotron Facility Cornell U. Ithaca, NY	X-ray diffraction of self-assembled monolayers
Bo Liedberg	Applied Physics Dept. Linkoping U Sweden	Ice structures at organic surfaces
Anne Plant Curtis Muese	NIST Division of Biotechnology, Gaithersberg, MD	Standardized Spectral simulation algorithms and databases for analysis of organic and biological thin films
Buddy Ratner	Dept. of Bioengineering; U. of Washington	Protein & cell interfaces at structured organic surfaces
Anthony Guiseppi	Dept. of Chemical Eng. Virginia Commonwealth U. & ABTECH Scientific	Chemical and biological sensors

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