AbstractSemiconductor companies in Japan are making major investments in quantum devices technology. The interest in quantum devices by Japanese firms is largely due to the commercial success of the HEMT, and quantum well lasers in satellite broadcasting and optical communications. The key issue all researcher face is: how to fashion these novel materials, quantum wells, wires and dots into working devices. In this article I will show how Japanese workers are very serious about quantum devices, warn that European and American manufacturers are in real danger of being left out by their failure to back fundamental research, and report on the research activities of the laboratories I visited
The article is dedicated to the new stage of the policy of the Japanese authorities and companies, a...
The fields of Electronics and Photonics are huge and include many active sub-fields therein. Therefo...
In the present day there is only one commercial application of quantum information processing (QIP),...
AbstractSemiconductor companies in Japan are making major investments in quantum devices technology....
AbstractSemiconductor companies in Japan are making major investments in quantum devices technology....
This article examines the challenges in commercializing high technologies successfully and sustai...
Around the world, small bands of such engineers have been working on this approach for decades. Usin...
Research on solar cells and lasers has been conducted since 1975 at the Semiconductor Device Researc...
AbstractLeading up to the Second International Conference on Low Dimensional Structures and Devices ...
The first quantum revolution enabled inventions such as the laser and transistor, the basic building...
The Far East, with Europe, led the widespread dissemination of wireless mobile phone technology in t...
AbstractApplied research and development, although critical to our future, cannot be successful with...
I will discuss the history and prospects for new machines and instruments as anticipated in the newl...
This article reviews the recent shift in Japan's nanotechnology policy and regulation, analyzing pol...
The NSF Summer Institute in Japan program sends about 60 graduate students of all disciplines to Jap...
The article is dedicated to the new stage of the policy of the Japanese authorities and companies, a...
The fields of Electronics and Photonics are huge and include many active sub-fields therein. Therefo...
In the present day there is only one commercial application of quantum information processing (QIP),...
AbstractSemiconductor companies in Japan are making major investments in quantum devices technology....
AbstractSemiconductor companies in Japan are making major investments in quantum devices technology....
This article examines the challenges in commercializing high technologies successfully and sustai...
Around the world, small bands of such engineers have been working on this approach for decades. Usin...
Research on solar cells and lasers has been conducted since 1975 at the Semiconductor Device Researc...
AbstractLeading up to the Second International Conference on Low Dimensional Structures and Devices ...
The first quantum revolution enabled inventions such as the laser and transistor, the basic building...
The Far East, with Europe, led the widespread dissemination of wireless mobile phone technology in t...
AbstractApplied research and development, although critical to our future, cannot be successful with...
I will discuss the history and prospects for new machines and instruments as anticipated in the newl...
This article reviews the recent shift in Japan's nanotechnology policy and regulation, analyzing pol...
The NSF Summer Institute in Japan program sends about 60 graduate students of all disciplines to Jap...
The article is dedicated to the new stage of the policy of the Japanese authorities and companies, a...
The fields of Electronics and Photonics are huge and include many active sub-fields therein. Therefo...
In the present day there is only one commercial application of quantum information processing (QIP),...