Boulder Nonlinear Systems

Boulder Nonlinear Systems Liquid Crystal Solutions

11/30/2012

Congratulation to Dr. Richard Bowman at the University of Glasgow. Job well done!

http://theses.gla.ac.uk/3664/

The ability to observe at tiny length scales has enabled key advances across the physical and life sciences. Much of what we know about the structure of cells and tissues comes from experiments on the micron length scale, enabled by new microscopy techniques. Modern manufacturing is increasingly con...

11/16/2011

The University of Haute Alsace have done great things with the unique properties of ferroelectric liquid crystal spatial light modulators over the years. Here's another fine example:http://laurent.bigue.fr/Public/2011/GFB11/Gendre_OE_2011.pdf

iTweezers - Control of optical tweezers with an Apple iPad - from the University of Glasgow. http://www.youtube.com/watc...
06/02/2011

iTweezers - Control of optical tweezers with an Apple iPad - from the University of Glasgow. http://www.youtube.com/watch?v=mmQOms3qLd4

Holographic optical tweezers uses laser beams to manipulate multiple particles in 3D. We use an iPad app to let us control particles much more easily than wi...

05/15/2011

A new paper from the Harbin Institute of Technology in China:
http://iopscience.iop.org/1674-1056/20/2/024211

IOPscience is a unique platform for IOP-hosted journal content providing site-wide electronic access to more than 130 years of leading scientific research, and incorporates some of the most innovative technologies to enhance your user-experience.

04/19/2011

How to stir Super-Cold atoms ... from the University of St. Andrews in Scotland. PDF version available on arvix

http://iopscience.iop.org/1402-4896/2011/T143/014008

IOPscience is a unique platform for IOP-hosted journal content providing site-wide electronic access to more than 130 years of leading scientific research, and incorporates some of the most innovative technologies to enhance your user-experience.

04/19/2011

Stanford has a new paper out describing how they form a cork-screw shaped beam to localize nanoscale objects.

http://www.stanford.edu/~mlew/Lew%20Moerner,%20Corkscrew%20PSF,%20Optics%20Letters,%202011.pdf

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