NPTEL : NOC:Physics of Nanoscale Devices (Electronics and Communication Engineering)

Co-ordinators : Prof. Vishvendra Singh Poonia


Lecture 1 - Introduction

Lecture 2 - Introduction and Course Overview

Lecture 3 - Basics of Quantum Mechanics

Lecture 4 - Electron in a Potential Well

Lecture 5 - Electrons in Solids

Lecture 6 - KP Model

Lecture 7 - KP Model, Effective Mass

Lecture 8 - Bands, Effective Mass, DOS

Lecture 9 - Effective Mass, DOS

Lecture 10 - Density of States

Lecture 11 - Density of States

Lecture 12 - Density of States - 3D, 2D

Lecture 13 - Density of States - 2D, 1D, 0D

Lecture 14 - DOS, Fermi Function

Lecture 15 - Fermi- Dirac Distribution

Lecture 16 - Fermi Function, General Model of Transport

Lecture 17 - General Model of Transport - I

Lecture 18 - General Model of Transport - II

Lecture 19 - General Model of Transport - III

Lecture 20 - General Model of Transport, Modes

Lecture 21 - Modes - I

Lecture 22 - Modes - II

Lecture 23 - Modes, Diffusive Transport

Lecture 24 - Diffusive Transport

Lecture 25 - Diffusive Transport, Conductance

Lecture 26 - Conductance, Bulk Transport - I

Lecture 27 - Conductance, Bulk Transport - II

Lecture 28 - Resistance: Ballistic and Diffusive Cases - I

Lecture 29 - Resistance: Ballistic and Diffusive Cases - II

Lecture 30 - Resistance: Ballistic and Diffusive Cases - III

Lecture 31 - Resistance: Diffusive Case

Lecture 32 - The Idea of Mobility

Lecture 33 - Voltage Drop in Ballistic Conductor

Lecture 34 - 1D and 2D Realistic Conductors

Lecture 35 - Introduction to MOSFET - I

Lecture 36 - Introduction to MOSFET - II

Lecture 37 - MOSFET: A Barrier Controlled Device

Lecture 38 - MOSFET Electrical Characteristics

Lecture 39 - MOSFET IV Characteristics - I

Lecture 40 - MOSFET IV Characteristics - II

Lecture 41 - MOSFET IV Characteristics - III

Lecture 42 - MOSFET IV Characteristics - Traditional Approach

Lecture 43 - MOSFET: Transport - I

Lecture 44 - MOSFET: Transport - II

Lecture 45 - MOSFET: Landauer Transport

Lecture 46 - Landauer Transport and Ballistic MOSFET

Lecture 47 - Ballistic MOSFET

Lecture 48 - Ballistic Injection Velocity

Lecture 49 - Velocity Saturation in Ballistic MOSFET and Electrostatics

Lecture 50 - MOS Electrostatics

Lecture 51 - MOS Electrostatics

Lecture 52 - MOSFET: Electrostatics, Threshold Voltage

Lecture 53 - MOSFET: 2D Electrostatics

Lecture 54 - MOSFET: 2D Electrostatics and Quantum Confinement

Lecture 55 - ETSOI MOSFETs, Quantum Confinement, Strain Engineering

Lecture 56 - Strain Engineering, Thermoelectric Effects

Lecture 57 - Thermoelectric Effects

Lecture 58 - Thermoelectric Effects, Quantum Dot Devices

Lecture 59 - Quantum Dot Devices

Lecture 60 - Quantum Dot Devices - IV Characteristics, DFT, Course Summary