Optoelectronics Lab.

• Quantum Information Processing   • Quantum Communication   • Quantum Repeater   • Photon Entanglement   • Quantum Algorithms and Circuits   • Quantum State Engineering   • Quantum Mind

  Quantronics Lab.

  • Investigation and analysis of quantum transport

  • Modeling of quantum transport in nanoelectronic devices

  • Simulation of these models for nanoelectronic devices

  • Fabrication of nanoelectronic devices

  Nanoelectronics Lab.

  • Design, simulation and practical implementation of Star tracker which include:

  - Software

  • Image processing of Star tracker

  • Constructing of database

  • Pattern recognition and matching with database algorithm for star recognition in initial attitude determination mode

  • Pattern recognition and matching with database algorithm for star recognition in tracking mode

  • Satellite attitude determination algorithm

  - Hardware

  • Design, simulation and constructing of baffle for control of stray light

  • Design, simulation and practical implementation of electro-optics of Star tracker

  • Design, simulation and practical implementation of processor board of Star

  • Trackerexploring noise reduction algorithm on satellite images

  Systems Lab.

  • Fundamental and applied research in microelectronics including computation, modeling, simulation and fabrication of various microelectronic circuits &devices

  • Developing our researches and technologies to obtain knowledge of fabrication simple circuits to recently advanced devices

  • Fabricating excellent microelectronic devices for educational and industrial applications

  • Servicing other researchers for optical and electrical characterization of thin films

  Microelectronics Lab.