We have developed a novel electrofluidic technology for displays that employs brilliantly colored, well-saturated pigments in solution, modulated by electrowetting physics. We discuss the operating principles of the display and demonstrate progress in key areas needed for realizing products, including fabrication on flexible substrates and performance from -28°C to 80°C. Click here for paper. Click [...]
Gamma Dynamics will next be at the Flexible Electronics and Displays 2010 and the SID 2010 conferences. Following SID 2010, Gamma Dynamics will begin posting downloadable presentations covering the company, markets, and technology status.
Gamma Dynamics executes option for exclusive license of the University of Cincinnati’s patent portfolio on electrofluidic displays.
Gamma Dynamics is awarded two SBIR Phase I grants ($300k total) to support development of new electrofluidic display products.
Winner of the $10,000 first-place award in the patent category of CincyTech’s first Cincinnati Innovates competition. The competition featured 273 contestants.
Electronic Paper’s Next Chapter The technological challenge for researchers working on the next generation of electronic paper is to render color as brightly as traditional paper, without increasing power requirements or end-user costs. Communications of the ACM Vol. 52 No. 11, Pages 15-17 10.1145/1592761.1592769
Gamma Dynamics awarded $3M by the U.S. Army Research Labs for development of flexible electrofluidic displays.
Read the May 1st Press Release
The world’s first report of the electrofluidic display is published in and featured on the May 2009 cover of the prestigious journal Nature Photonics. A Bright Approach to E-Paper An ambient light display based on electrofluidic control of coloured pigment fluids is reported. Electromechanical pressure is used to move the pigment from a reservoir to [...]
Display Daily Video Rate E-Paper Technology http://displaydaily.com/2009/04/29/video-rate-e-paper-technology/ Technology Review A New E-Paper Competitor Pixels containing ink reservoirs could lead to bright e-readers that look more like printed paper. http://www.technologyreview.com/computing/22545/ Scientific American Vivid: New e-paper aims to be as sharp as the printed page http://www.scientificamerican.com/blog/post.cfm?id=vivid-new-e-paper-aims-to-be-as-sha-2009-04-27 IEEE Spectrum Ohio Engineers “Ink” New E-Paper Electrofluidic displays could make [...]