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Molecular Foundry: Difference between revisions

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The foundry includes these seven facilities:
The foundry includes these seven facilities:
* '''Imaging and Manipulation of Nanostructures''', led by Facility Director Alex Weber-Bargioni and founded by Miquel Salmeron.  
* '''Imaging and Manipulation of Nanostructures''', led by Facility Director Alex Weber-Bargioni and founded by Miquel Salmeron.  
** Characterization and manipulation of nanostructures—from "hard" to very "soft" matter—combining [[electron microscopy]], [[optical microscopy]] and [[scanning probe microscopy]].
Characterization and manipulation of nanostructures—from "hard" to very "soft" matter—combining [[electron microscopy]], [[optical microscopy]] and [[scanning probe microscopy]].
* '''[[Nanofabrication]]''', led by Facility Director Adam Schwartzberg and founded by Jeff Bokor.  
* '''[[Nanofabrication]]''', led by Facility Director Adam Schwartzberg and founded by Jeff Bokor.  
** Advanced [[lithography]] and thin-film processing emphasizing integration with chemical and biological nanosystems and the development of nanoscale [[Electronics|electronic]], [[magnetic]] and [[photonic]] devices.
Advanced [[lithography]] and thin-film processing emphasizing integration with chemical and biological nanosystems and the development of nanoscale [[Electronics|electronic]], [[magnetic]] and [[photonic]] devices.
* '''Theory of Nanostructured Materials''', led by Facility Director David Prendergast and founded by [[Steven Gwon Sheng Louie|Steven Louie]].
* '''Theory of Nanostructured Materials''', led by Facility Director David Prendergast and founded by [[Steven Gwon Sheng Louie|Steven Louie]].
** Theoretical support to guide understanding of new principles, behavior and experiments—including electrical transport in nanoscale molecular junctions, self-assembly of biological nanostructures and computation of [[spectroscopy]] at hybrid nanoscale interfaces.
Theoretical support to guide understanding of new principles, behavior and experiments—including electrical transport in nanoscale molecular junctions, self-assembly of biological nanostructures and computation of [[spectroscopy]] at hybrid nanoscale interfaces.
* '''Inorganic Nanostructures''', led by Facility Director Jeff Urban and founded by [[A. Paul Alivisatos]].
* '''Inorganic Nanostructures''', led by Facility Director Jeff Urban and founded by [[A. Paul Alivisatos]].
** The science of [[semiconductor]], carbon and hybrid nanostructures—including design and synthesis of nanocrystals, [[nanowires]] and [[Carbon nanotube|nanotubes]]—and study of their electronic applications.
The science of [[semiconductor]], carbon and hybrid nanostructures—including design and synthesis of nanocrystals, [[nanowires]] and [[Carbon nanotube|nanotubes]]—and study of their electronic applications.
* '''Biological Nanostructures''', led by Facility Director Corie Ralston and founded by [[Carolyn R. Bertozzi]].
* '''Biological Nanostructures''', led by Facility Director Corie Ralston and founded by [[Carolyn R. Bertozzi]].
** New materials based on the [[self-assembly]] of [[biopolymers]] and bio-inspired polymers, new probes for bio-imaging and [[synthetic biology]] techniques to re-engineer organisms and create hybrid [[biomolecules]] to interface with devices.
New materials based on the [[self-assembly]] of [[biopolymers]] and bio-inspired polymers, new probes for bio-imaging and [[synthetic biology]] techniques to re-engineer organisms and create hybrid [[biomolecules]] to interface with devices.
* '''Organic and Macromolecular Synthesis''', led by Facility Director Yi Liu and founded by [[Jean Fréchet]].
* '''Organic and Macromolecular Synthesis''', led by Facility Director Yi Liu and founded by [[Jean Fréchet]].
** Studies of "soft" materials — including synthesis of [[organic molecules]], [[macromolecules]], [[polymers]] and their assemblies, with access to functional systems, photoactive, organic-inorganic hybrid and porous materials.
Studies of "soft" materials — including synthesis of [[organic molecules]], [[macromolecules]], [[polymers]] and their assemblies, with access to functional systems, photoactive, organic-inorganic hybrid and porous materials.
* '''National Center for Electron Microscopy''', led by Facility Director Andy Minor. NCEM was founded in 1983 as an independent DOE user facility and merged with the Molecular Foundry in 2014.
* '''National Center for Electron Microscopy''', led by Facility Director Andy Minor. NCEM was founded in 1983 as an independent DOE user facility and merged with the Molecular Foundry in 2014.
** Use and development of an array of electron microscopes, offering capabilities for materials characterization at high resolution.
Use and development of an array of electron microscopes, offering capabilities for materials characterization at high resolution.


== User program ==
== User program ==