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UIC today: Retrained generic antibodies can recognize SARS-CoV-2 (2021):
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REUTERS: Researchers Identify Peptide Inhibitors of SARS-CoV-2 (2020):
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UIC today: Computer simulations explore potential COVID-19 therapeutics (2020):
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UIC Experts: Antiviral research (2020):
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Atom-thin graphene water pipes (2019):
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Designer nanoparticles destroy a broad array of viruses (2017):
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New technique produce tunable, nanoporous materials (2017):
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All That Glitters on the Nanoscale (2017):
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Nanoshells: Potential catalysts and cradles of life (2016):
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Weizmann Institute (2016):
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C & EN (2016):
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Advanced Photon Source (2016):
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Argonne Today (2015):
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University of Illinois at Chicago News Center (2014):
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National Science Foundation (2014):
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Facebook (2014):
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National Nanotechnology Policy Center (2014):
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Spektrum.de (2014):
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Weizmann Institute of Science (2014):
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Kurzweil - Accelerating Intelligence (2014):
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Chemistry World (2014):
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Phys.org (2014):
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Nano Werk (2014):
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Nanotechweb.org (2014):
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Bio-Medicine (2014):
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Science Daily (2014):
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Physics News (2014):
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Scientific Blogging (2014):
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USA News (2014):
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Phys.org (2014):
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Jetnano (2014):
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University of Illinois at Chicago News Center (2014):
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USA News (2014):
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Elsevier Materials Science News (2014):
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University of Illinois at Chicago News Center (2014):
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Science - Editors' Choice (2014):
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Science Daily (2014):
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Phys.org (2014):
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NERSC (2014):
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Supporting Student Research and Academic Rigor (2012):
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ACS Nano (2012):
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NERSC Annual Report (2010-11):
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IEEE Spectrum (2011):
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Drug Delivery (2011):
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Goldwater Scholar works toward lifelong dream: medical research (2011):
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Berkeley Lab Computing Sciences highlight (2010):
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Educational Outreach (2010):
Nanostructures.pdf -
Center for Nanoscale Materials (ANL) highlight (2010):
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Nature, 2009: "Soggy origami"
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UIC News, 2009: "Water Droplets Shape Graphene Nanostructures"
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NSF News From the Field, 2009: "Water Droplets Shape Graphene Nanostructures"
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Czech Radio 2010: "Uhlik nasel nove vyuziti diky kapkam vody"
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Additional Graphene Folding Publicity
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Nature Nanotechnology, 2009: "Nanorods: Rolling on Water"
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PhysOrg, 2009: "Light-Driven Nanorod Could Roll on Water"
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Nature Nanotechnology, 2008: "Molecular motors: Tunnel drive"
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physicsworld.com, 2008: "Tunneling electrons could drive nanomotors"
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Additional Propeller and Motor Publicity
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PRL, 2008: "PRL 50th Anniversary Timeline"
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CBC News, July 16, 2007: "Molecular propeller could pump medicines"
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Nature, July 12, 2007: "Wheels in motion"
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Nature Nanotechnology, September, 2007: "Nanoscale propellers - Pump it up"
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UIC News Release, July 16, 2007: "Nano Propellers Pump with Proper Chemistry"
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Science, April 20, 2007: "Simply Hexagonal Stacks"
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materials@nature.com Nanozone News, August 2, 2006
"Squeezing Out the Gas"
http://www.nature.com/materials/nanozone/news/060803/portal/m060803-2.html
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Just Water to Generate Electricity, January 2003
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materials@nature, February 6, 2003
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materials@nature, January 23, 2003
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Material Update, January 2003
Ajay K. Sood's references to electron dragg by fluids:
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UPI Science, April 2003
"Lasers May Power Nano-Motors"
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Weizmann Interface, 2002
"Light Lends A Hand"
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UPI, 2002
"Lasers power nanomotors: minature motors could power microscopic devices of science-fiction fantasies"
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Photonics TechnologyWorld, March 2000
"Two Lasers Pump Atoms Through Nanotubes"
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ChemWeb, 2000
"nano-TOY STORY"
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Popular Mechanics, November 1999
Technology Watch: "From The Atom Up"
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NewScientist, June 26, 1999
"Drawing a Fine Line"
Work on CNT liquid flow sensor
Gas flow voltage generation
Nanotechnology