International Nano-Optoel ectronics Workshop, Tokyo, Lake Saiko, Shanon Vill, Japan

Abbrevation

i-NOW

Link

http://nano.berkeley.edu/news/inow.html

City

Tokyo, Lake Saiko, Shanon Vill

Country

Japan

Deadline Paper

2008-06-01

Start Date

2008-08-02

End Date

2008-08-05

Abstract

The physics of nanoscale materials and the devices based on them has now become an important area for research and development in both academic and industry laboratories. The iNOW 2008 workshop will engage participants in considerations of state–of–the–art nanoscale semiconductor processing and synthesis, the new physics of tailoring material′s optical and electrical properties, new advances in characterization techniques, and new devices with novel functionalities. Tutorial–style lectures on the key areas of nano–photonics by eminent scientists from Japan, Germany, China, Korea, Russia, Sweden, and the United States comprise the core of the workshop. Three rump sessions will expose and discuss the various perspectives of the experienced researchers. Four poster sessions will present the work of international students and postdoctoral fellows. Two of the poster sessions will be held jointly with the annual Symposium on Optical Communications–an important event attended by many leaders in the Japanese optoelectronics industry as well as national academia–allowing the work of young scientists to reach an influential audience. The student poster presentations, rump sessions, specially arranged tours of company labs, and excursions that include a full day on Mt. Fuji (highlighting the Yamanashi Winery) as well as a day trip to Kamakura insure participants ample time for interaction and in–depth discussions. The iNOW 2008 workshop promises opportunities for intense interaction–inspiring presentations, exciting discussions, and invigorating debates. We hope and expect that your experiences here will stimulate future collaborations and spark future breakthroughs. · <!––[endif]––> Photonic <st1:place w:st=″on″><st1:city w:st=″on″>Crystal</st1:city></st1:place> and Devices <!––[if !supportLists]––> · <!––[endif]––> Nano–Opto Devices and Materials – Including self–assembly of quantum dots, nanowire epitaxy, carbon nano–tubes, etc. <!––[if !supportLists]––> · <!––[endif]––> Physics of Nano– Structures – Including transport, single–dot spectroscopy, near–field scanning optical microscopy, light–matter interaction, plasmonics and left–handed materials, etc. <!––[if !supportLists]––> · <!––[endif]––> Advanced Technologies for Thin–Film Deposition and Processing – Including deposition technologies, e–beam lithography, stamping and imprint technologies <!––[if !supportLists]––> · <!––[endif]––> Solar Cells <!––[if !supportLists]––> · <!––[endif]––> LEDs and Lasers – Including amplifiers, detectors, integrated photonic circuits, etc. <!––[if !supportLists]––> · <!––[endif]––> Vision and Applications