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Nanoptronics Research Center- Research Projects
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NRC Research Projects
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Research Projects • Design and Fabrication of GaAs Solar Cells • Investigation of the Electrical and Optical Properties of theAntireflection Coatings in the Third Generation Solar Cells • Design and Modeling of WDM Photonic Crystal Integrated Devices Based on the Interaction of Cavity and Waveguide • Design of a Novel Structure for Photonic Crystal Fiber and Optimization of Its properties • Design and Simulation of the Optimized Optical Switch based on nonlinear photonic crystal • Design and Simulation of UV Photodetectors based on ZnO with Optimizing the Quantum Efficiency and Dark Current | Optoelectronics Lab. 
| • Design and Modeling of Quantum Repeater in Long Distance Communication • Design and Modeling of Optical Quantum Gates • Analysis and Investigating of Quantum Mind Consciousness and Structure • Analysis and Investigating of Quantum Entanglement and its Application in Quantum Computation | Quantronics Lab. 
| • Design and simulation of dynamical circuit model for QCA cells • Design and simulation of single molecular transistors • Investigation of single electron components and transistors • Design and simulation of ZnO based UV photodetectors with improving of quantum efficiency & dark current • Design and simulation of Ag nanoparticles effects on electrical and optical coordinates of Titanium Oxide thin films • Design and modeling of molecular QCA nanosystems • Design and fabrication of Titanium Oxide thin film containing Ag nanoparticles • Design and fabrication of TiO2 based UV photodetectors | Nanoelectronics Lab. 
| • Design and implementation of electro-optic system of star tracker • Design and fabrication of the star tracker processing board and implementing the tracking algorithms • Design and simulation of star tracker’s baffle | Systems Lab. 
| • Design and simulation of silver nanoparticle influence on the electrical and optical properties of Titanium Dioxide thin film • Design and simulation of ZnO based UV photodetectors with improving of quantum efficiency & dark current • Simulation and optimization of the behave of quantum well infrared photodetectors based on GaAs/AlGaAs • Dual band UV-IR detection in reticle seekers • Growth process and calculating special characteristics such as accommodation coefficient, strain & stress and … in PbCdS system • Design, Fabrication and Develop SiC ultraviolet photodetectors. • Develop high sensitive organic UV photodetectors using innovativedesigns and processing techniques. • Develop other semiconductors for UV photodetection such as Titanium Dioxide, Diamond, III-nitride and II-VI semiconductors. | Microelectronics Lab. 
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