Photovoltaic cells for converting solar energy to electricity work best if they have large internal surface areas between electron-donating and electron-accepting materials to collect light-generated charge. A collaboration between Center researchers at the University of Colorado Boulder and the National Renewable Energy Laboratory has found that networks of 20 nm diameter liquid crystal filaments do this job very well.

Groups: Shaheen, Walba
(October 2015)

liquid crystal photovoltaic
Micron-diameter pancakes of liquid crystal nanofilaments arranged in spirals, forming a spongy network in which efficient energy conversion takes place.


Home | Center Overview | Research & Publications | Education & Outreach | Shared Experimental Facilities
News & Events | Industry Relations | Center Directory | Contact Information