Research: Nano-device | Introduction | Results | NTU-CNST integrated research project: Nano-device Number of faculty members involved is shown in ( ). Click on the diagram to magnify it. All the document below are Adobe® Portable Document Format (PDF) file, please install Acrobat 6.0 reader. Introduction Introduction of Nano-device Program Results Nano- Infrared (1-300 um) Light Source and Detector We have fabricated a high-performance narrow-bandwidth multi-color quantum dot infrared photodetector (QDIP) with peak responses at 5.4, 9.5, and 15.8 £gm, respectively. The electroluminescence of the light emitting diodes with 5-, 10- and 30-fold Ge p-type quantum dots grown on n+ Si substrates is studied. MOS Ge/Si Quantum Dot Infrared Photodetectors. >> Read Nano-photonics -- Photonic Crystals, Wide Band Gap Semiconductor Quantum Dots, and Their Combination Part 1: Semiconductor Photonic Crystal Part 2: Photonic Crystal Fiber Part 3: Wide Band-gap Semiconductor Quantum Dots >> Read Basic studies and applications of Spintronics Theoretical analysis F/InAs/F ballistic spintronic device Set-up of the new HV sputtering Chamber for spin-based device Experimental studies on the properties of ferromagnetic semiconductor GaMnAs >> Read

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