Advanced Materials for Photovoltaic and Optoelectronic Applications

Innovative materials for construction of next generation of photovoltaic and optoelectronic devices.


  • Material’s design and development is based on the principles of high performance, efficient and uncomplicated synthesis and excellent prospect of commercial application
  • Most significant hurdles for device commercialization from the materials standpoint of view (such as cost, performance, longevity) are addressed.

Application areas.

Next generation solar cells, organic light emitting devices and field-effect transistors.


US2016155575, US2016126022, WO2016139570, WO2015161989, WO2014170839, US2014066656, US7348112, US7445877, US7326506, US7169521, US7534540, US7261988, US7179574, US7291433, US7320848, US7108948, US7432028, US7090953, US7115347, US7521162, US7118840, US7320849, US7014968, US2004152002, US7144665, US7183028, US7094510, US7169520, US7083884, US6960418, US7189482, US6768010, US7074532, US6991882, US7029812, US6214503, US6749978, US6964833, US6899984, US7378203, US7534541

Advanced Materials, Photovoltaic Applications, Optoelectronic Applications

Mokslo kryptis:
Naujos medžiagos aukštosioms technologijoms, Technologijos darniam vystymuisi ir energetika
Užklausos forma