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Skip to main navigation. Skip to main content. The University of Chicago. What is a good order parameter or description of the excitations created by single colloids dragged through a dense colloidal fluid? Research in Nonequilibrium Colloidal Fluids. Are plasmonic excitations useful for coherent information transport in nano-photonic circuits? Can new materials be created with only optical fields and electrodynamic interactions (i.e. no chemical bonds)? Cellular Biophysics - Transport. 929 E 57th St.

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The Scherer Group | The University of Chicago | schererlab-sites.uchicago.edu Reviews

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Skip to main navigation. Skip to main content. The University of Chicago. What is a good order parameter or description of the excitations created by single colloids dragged through a dense colloidal fluid? Research in Nonequilibrium Colloidal Fluids. Are plasmonic excitations useful for coherent information transport in nano-photonic circuits? Can new materials be created with only optical fields and electrodynamic interactions (i.e. no chemical bonds)? Cellular Biophysics - Transport. 929 E 57th St.

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2 university of chicago

3 nonequilibrium colloidal fluids

4 nano plasmonics

5 research in nano plasmonics

6 research

7 publications

8 people

9 awards and fellowships

10 scherer lab affiliations

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The Scherer Group | The University of Chicago | schererlab-sites.uchicago.edu Reviews

https://schererlab-sites.uchicago.edu

Skip to main navigation. Skip to main content. The University of Chicago. What is a good order parameter or description of the excitations created by single colloids dragged through a dense colloidal fluid? Research in Nonequilibrium Colloidal Fluids. Are plasmonic excitations useful for coherent information transport in nano-photonic circuits? Can new materials be created with only optical fields and electrodynamic interactions (i.e. no chemical bonds)? Cellular Biophysics - Transport. 929 E 57th St.

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Cellular Biophysics - Function | The Scherer Group | The University of Chicago

http://schererlab-sites.uchicago.edu/page/cellular-biophysics-function

Skip to main navigation. Skip to main content. The University of Chicago. Cellular Biophysics - Function. Cellular Biophysics - Function. Cellular Biophysics - Transport. Institute for Biophysical Dynamics. Biophysical Sciences Graduate Program. Center for Nanoscale Materials at Argonne National Laboratory. CELLULAR BIOPHYSICS, FUNCTION [ 127. How does a cell tell time? Is the noise of cellular processes related to temperature and to energy consumption? How nonequilibrium are cellular processes?

2

Nano-Plasmonics | The Scherer Group | The University of Chicago

http://schererlab-sites.uchicago.edu/page/nano-plasmonics

Skip to main navigation. Skip to main content. The University of Chicago. Cellular Biophysics - Function. Cellular Biophysics - Transport. Institute for Biophysical Dynamics. Biophysical Sciences Graduate Program. Center for Nanoscale Materials at Argonne National Laboratory. Nano-Photonics and Nano-Plasmonics [ 36. Are plasmonic excitations useful for coherent information transport in nano-photonic circuits? How does one engineer coherence into such synthetic photonic materials; coherence by design?

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Publications | The Scherer Group | The University of Chicago

http://schererlab-sites.uchicago.edu/page/publications

Skip to main navigation. Skip to main content. The University of Chicago. Institute for Biophysical Dynamics. Biophysical Sciences Graduate Program. Center for Nanoscale Materials at Argonne National Laboratory. Crossover in the dynamics of cell wall growth controls Caulobacter division times. Shiladitya Banerjee, Klevin Lo, Alan Selewa, Thomas Kuntz, Matthew K. Daddysman, Aaron R. Dinner, and Norbert F. Scherer, bioRxiv. Self-Organizing Arrays of Size Scalable Nanoparticle Rings. Phys Rev. B. Fabricatio...

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Sign In | The Scherer Group | The University of Chicago

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Skip to main navigation. Skip to main content. The University of Chicago. Please sign in with a valid CNet ID and password to access this page. Enter your The Scherer Group username. Enter the password that accompanies your username. The University of Chicago. 2016 The University of Chicago. 929 E 57th St. Chicago, IL 60637.

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Awards and Fellowships | The Scherer Group | The University of Chicago

http://schererlab-sites.uchicago.edu/page/awards-and-fellowships

Skip to main navigation. Skip to main content. The University of Chicago. Institute for Biophysical Dynamics. Biophysical Sciences Graduate Program. Center for Nanoscale Materials at Argonne National Laboratory. Awards to Current Group Members Research Director. Dr Norbert F. Scherer. Fellow of the Optical Society of America. National Security Science and Engineering Faculty Fellowship (NSSEFF) from the Office of Naval Research. Yen Fellow of the Institute for Biophysical Dynamics. 2013 Unsung Hero Award.

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The Scherer Group | The University of Chicago

Skip to main navigation. Skip to main content. The University of Chicago. What is a good order parameter or description of the excitations created by single colloids dragged through a dense colloidal fluid? Research in Nonequilibrium Colloidal Fluids. Are plasmonic excitations useful for coherent information transport in nano-photonic circuits? Can new materials be created with only optical fields and electrodynamic interactions (i.e. no chemical bonds)? Cellular Biophysics - Transport. 929 E 57th St.

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