E-mail address:

    Integrated Nanophotonics

    Instructor
    Dr. Dmitry Yu. Fedyanin
    Contact information
    Email: dmitry dot fedyanin at phystech dot edu

    Three-line description:
    The ability to control light at the nanoscale and manipulate photons in the same way as electrons gives the possibility to replace slow electronic circuits by high speed photonic ones. This course for fourth-year bachelor students and first-year mater students will cover the basic concepts of deep-subwavelength waveguides and cavities necessary to understand the nanophotonic circuits design, starting from Maxwell’s equations to modelling of light propagation in complex structures, classical and quantum optics circuits. 


    Lecture 1: Introduction




    Lecture 2: Historical Aspects




    Lecture 3: Fundamentals of Light Propagation





    Lecture 4: Guiding Light (Part 1)




    Lecture 5: Guiding Light (Part 2)





    Lecture 6: Photonic Resonators and Filters




    Lecture 7: Finite Element Method




    Lecture 8: Finite-Difference Time-Domain Method (FDTD)




    Lecture 9: Electro-optic Modulators




    Lecture 10: Integrated Photodetectors








    Lecture 11: Optoelectronic Microprocessor








    Lecture 12: Quantum-Optics Circuitry
          

    If you noticed a typo select it and press Ctrl+Enter.

    MIPT in social networks