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"Novel Carbon-Based NEMS, Quantum and Electronic Devices"
ECE 497 HR

Instructor:
Dr. Slava V. Rotkin, Prof. Karl Hess


Tuesday/Thursday
1:00-2:25 / EL 245
 

 


Contact Information:

Slava V. Rotkin,

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  • Chapter A: Introduction to carbon based novel materials

    1. Introduction to the field of carbon-based materials.

    2. Symmetry and structure of nanotubes.

    3. Electronic structure of SWNTs.

    4. Mechanical properties of nanotubes.

  • Chapter B: Fundamentals of nanotube applied physics

    1. Electromechanical action of nanotubes.

    2. Quantum effects in SWNT based devices.

    3. Quantum correction to the nanotube van der Waals (vdW) cohesion.

  • Chapter C: Device theory for ion channels, nanotubes and nanowires

    1. Transport in nanotubes.

    2. Charge carrier scattering in nanotubes.

    3. Simulation of Biological Ion Channels.

    4. Nanotube devices revisited.

    5. Devices with semiconductor nanowires.