Nanofluidics News

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Breakthrough Research in Microfluidics May Enable Self-Cleaning Surfaces

Leading microfluidics and nanotechnology specialist mPhase Technologies, Inc., today said its breakthrough research in microfluidics on understanding how micro- and nanostructured surfaces could be engineered to have pro...

18 Sep 2008

Rapid Transport of Water in Carbon Nanotubes

By discovering the physical mechanism behind the rapid transport of water in carbon nanotubes, scientists at the University of Illinois have moved a step closer to ultra-efficient, next-generation nanofluidic devices for...

17 Sep 2008

mPhase to Demonstrate Breakthrough in MicroFluidics and Nanotechnology at NanoEurope 2008

Leading microfludics and nanotechnology development company mPhase Technologies, Inc., a Silver Sponsor of the 2008 NanoEurope Congress and Exhibition in St. Gallen, Switzerland, a major European nanotechnology event, wi...

From MyPebble 16 Sep 2008

Grants Support R+D in Fabrication of Micro/Nanoscale Sensors, Actuators and Devices

A team from Stevens Institute of Technology has been awarded a grant from the National Science Foundation for the project, "MRI: Acquisition of an Inductively Coupled Plasma Etching System for Nano/Micro Device Fabr...

12 Sep 2008

Bio-Coatings Now Available for Co-Development and Licensing

Accelr8 Technology Corporation announced today that two teams of university research collaborators report new methods for scalable production with the company's patented OptiChem® bio-coatings. Led by Dr. David G...

11 Sep 2008

Exciting Advances in the Ability to Work at the Atomic Level to be Unveiled at nanotxUSA'08

Among the more dramatic tools to be demonstrated during International Nanotechnology Week at the Hyatt Regency Dallas convention hotel October 2-3 is by InsituTec Inc, a Nano-Tool company commercializing an innovative pl...

9 Sep 2008

Researchers Developed New Method to Fabricate Borosilicate Glass Nanoparticles

Researchers in Switzerland have developed a new method to fabricate borosilicate glass nanoparticles. Used in microfluidic systems, these "Pyrex"-like nanoparticles are more stable when subjected to temperature fluctuations and harsh chemical environments than currently used nanoparticles made of polymers or silica glass. Their introduction could extend the range of potential nanoparticle applications in biomedical, optical and electronic fields.

8 Sep 2008