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An atom is cooled by a standing-wave light field between two high-quality mirrors. Cavity cooling avoids the usual light scatter into the surroundings. Instead, the light leaking out of the mirrors is blue-shifted to a higher frequency (image credit: Pepijn Pinkse Max Planck Institute of Quantum Optics)
Artist's impression of an atom cooling device
New England Complex Fluids Workgroup

58th New England Complex Fluids Meeting
Boston University | Friday, February 28, 2014
Registration deadline: Monday, February 24, 2014
agenda | directions | maps | flyer
abstract list | attendees



Welcome to the New England Complex Fluids Workgroup
website.

You must be a member to view the workshop archives or to register for an upcoming workshop. Register to be an NECF Member, and then login at the Member Login page.

The workshops are engaging and very informative; note the following dates into your calendar.

2014 NECF Workshops
A collage of pictures of multiple emulsions consisting of large drops of nematic liquid crystal with small water drops inside them. This picture appeared on the cover of the PENN TECH news in 1997. 58th NECFW: MIT – February 28, 2014
A collage of pictures of multiple emulsions consisting of large drops of nematic liquid crystal with small water drops inside them. This picture appeared on the cover of the PENN TECH news in 1997. 59th NECFW: TBD – June, 2014
A collage of pictures of multiple emulsions consisting of large drops of nematic liquid crystal with small water drops inside them. This picture appeared on the cover of the PENN TECH news in 1997. 60th NECFW: Brandeis University – September, 2014
A collage of pictures of multiple emulsions consisting of large drops of nematic liquid crystal with small water drops inside them. This picture appeared on the cover of the PENN TECH news in 1997. 61st NECFW: TBD – December, 2014



An NECF Workshop
at Harvard University
NaCl cluster
Baby picture. A sodium ion (purple) with six chloride neighbors (green) may be the first step in crystallizing salt from salt water, according to a computer simulation. Past simulations haven't been able to capture the extremely rare events in the first moments of crystal formation.

Recent Research
   'Microsieve' Sorts Biomarkers Faster (DrugResearcher.com - Decision News Media, Min Jun Kim and Kenneth S. Breuer, February 9, 2007)
   Controlled Mixing in Microfluidic Systems Using Bacterial Chemotaxis (Analytical Chemistry, Jongyoon Han, February 1, 2007)
   The Many Origins of Charge Inversion in Electrolyte Solutions: Effects of Discrete Interfacial Charges (Analytical Chemistry, J. Faraudo and A. Travesset, November 18, 2006)
   Droplets Inside More Droplets (Chemical and Engineering News, April 25, 2005)
   Birth of a Crystal (Physical Review Focus, February 5, 2004)
   Breaking Up Isn't Hard To Do (Physical Review Focus, January 30, 2004)
   Worm-like Micelles Stir Up A Storm (Physics Web, June, 1998)
   A New Wave of Microfluidic Devices (The Industrial Physicist, Jennifer Ouellette, 2003)
   Making Multicomponent Drops

  

  

  

  

  
© 2013 New England Complex Fluids Workgroup
Supported by Harvard University's
Materials Research Science and Engineering Center