Speaker: Qin Wang （Department of Nanoelectronics, Acreo Swedish_ICT AB, Sweden） 

Time: 14:30 PM, June 26,2013   

Venue: Academic Salon Room, IOS, CAS 

　　Abstract：This talk will focus on a few of IMAGIC’s ongoing research projects working with nanostructure based novel imaging devices. They are driven by demands from both industrial applications which require cost efficiency and product scalability and from defense and space applications where the requirements for high performance and reliability are extreme.  Infrared (IR) photodetectors utilizing self assembly type-II InGaSb quantum dots (QD) in InAs matrix grown by MOVPE, chemically synthesized ZnO nano rods/flowers UV detectors, and nano-scale GaN and SiC UV detectors formed by nano imprint technique for imaging applications will be detailed. Apparently the ongoing R&D work has resulted in the launch of new products at Acreo or at its partner companies. 

　　Qin, Wang received Ph.D. degrees in solid state physics at Lund University in Sweden in 1999. Her research fields at Lund focused on electron transport physics in nanoelectronic devices based on quantum dots and quantum wires. Now she is a senior scientist/technique expert and project manager at Acreo in Sweden, and working on high performance optoelectronic devices including photodetectors, lasers, amplifiers, modulators and imaging sensor arrays based on GaAs, InP, GaSb, GaN, SiC and ZnO low dimensional quantum structures for imaging and optical information processing applications. She is a member of Electrum Laboratory strategy group at Royle Technology Institute (KTH). She is supervisor for Master and PhD degree students.