There is a high interes on theconsortium"AdvancedUVfor Life".Thatshows theoverview of theMostAccessedArticlesfor October2013 fromWiley Online Library.
The representational articleabout the consortiumintheoptics and photonicson 9thDec.2013is at the first place in this ranking andalsohas positioned itselfin the overall rankingfrom November 2013 to October 2014in third place.
You can find thearticle aboutAdvancedUVfor LifeherePublications.
Within the frameworkof"UVBEfficient" theFBHtogetherwith TU will develop efficientmanufacturing processesforUV-BLEDs (310 nm) with highquantum efficiency. The industrial partnerLayTecdevelopstherebymethods for improvedprocess controlintheMOVPE(Metal OrganicVapor Phase Epitaxy). This is the firstprojectfor devicedevelopmentin the contextof"Zwanzig20 -AdvancedUVfor Life".
The sub-project was launched on 01st November 2014 and will run for two years.
This year's NobelPrize in Physicswas awarded tothe JapaneseIsamu Akasaki,HiroshiAmanoandShuji Nakamurafor the development ofblueLEDs. Their workis now usedas the basisof numerous research projectsin the field ofLEDs and laser diodes. Manyresultingproducts arepart of everyday life.
The research of "Advanced UV for Life" in the ultraviolet region would be impossible without the foundation created with respect to the P-type doping of gallium nitride.
The BMBF approved investment costs for FBH and TU Berlin for expanding the technological basis for deployment of LED chips . The funds will be used to strengthen the technological base of the "Joint Labs GaN optoelectronics" of FBH and TU Berlin to UV emitters in order to accelerate the research and development of UV LEDs.