Week 12: Lecture 56: Concept of Holes (ctd), Intrinsic and Extrinsic Semiconductors

W12: L57: n-type and p-type semiconductors, Semiconductor Diodes, Light Emitting Diodes(LED)

Week 12: Lecture 58: Diode Laser from the LED

Week 12: Lecture 59: Homojunction and Hetrojunction Diode Lasers

Week 12: Lecture 60: Edge Emitting Diode Lasers, Surface Emitting Diode Lasers, Diode Bars & Arrays

Week 12: Lecture 68: Additional Homework Problem of Week 7

Week 12: Lecture 69: NMR

Week 12: Lecture 70: Relativistic Quantum Chemistry

Week 12: Lecture 71: CASSCF - I

Week 12: Lecture 72: CASSCF - II

Week 12: Lecture 73: CASSCF - III

Expert Module - Module L : Mr. Dhanushkodi Sivanandhan

Week 12: Bonus Module: THE QUADRANGLE OF SUCCESS

Week 12: Module 24: COURSE RECAP & WRAP UP

Week 12: Module 23: Part 2 - BUSINESS CASE DISCUSSION

Week 12: Module 23: Part 1 - BUSINESS CASE DISCUSSION

Week 12: Lecture 1: Revision and challenges in the future

Week 12: Lecture 2: OpenMP Revision

Week 12: Lecture 3: CUDA Revision

Week 12: Lecture 4: MPI Revision

Week 12: Lecture 5: OpenACC Revision

Week 12: Lecture 6: Heterogeneous Computing

Week 12: Lecture 7: Trends in Microprocessor Architectures

Week 12 : Lecture 60 : Synonymous mutations have fitness effects. Mutation Accumulation Experiments.

Week 12 : Lecture 59 : Adaptive diversification in microbial populations.

Week 12 : Lecture 58 : Unicellularity to Multicellularity.

Week 12 : Lecture 57 : Historical Contingency in evolution.

Week 12 : Lecture 56 : Selection vs. Drift

Week 12 : Lecture 74 : Post-Quantum Cryptography

Week 12 : Lecture 73 : Security of the Internet of Things (IoT), Hardware Security: Part 3

Week 12 : Lecture 72 : Security of the Internet of Things (IoT), Hardware Security: Part 2

Week 12 : Lecture 71 : Security of the Internet of Things (IoT), Hardware Security: Part 1

Week 12 : Lecture 70 : Cloud Security: Part 4

Week 12 : Lecture 69 : Cloud Security: Part 3

Week 12 : Lecture 68 : Cloud Security: Part 2

Week 12 : Lecture 67 : Cloud Security: Part 1

Week 08: Lecture 40: Data-driven Control: Stabilization by state feedback

Week 08: Lecture 39: Data-driven simulation continued & data-driven stability analysis

Week 08: Lecture 38: Towards data-driven simulation

Week 08: Lecture 37: Finding low rank approximations of data Hankel matrices using SVD

Week 08: Lecture 36: Some consequences of fundamental lemma discussed

Week 12: Lecture 60: Holography - 4

Week 12: Lecture 59: Holography - 3

Week 12: Lecture 58: Holography - 2

Week 12: Lecture 57: Holography 1

Week 12: Lecture 56: Fabry - Perot Cavity

Week 12: Lecture 60: Practical Session in R - 12

Week 12: Lecture 59: Neural Networks for Time Series

Week 12: Lecture 58: Other Machine Learning Models for Time Series

Week 12: Lecture 57: Linear Regression for Time Series and Beyond

Week 12: Lecture 56: Machine Learning in Time Series

Week 11: Lecture 55: Metals, Insulators and Semiconductors, Concept of Holes

Week 11: Lecture 54: Semiconductor Lasers: An Introduction and Basics of Semiconductor Physics

Week 11: Lecture 53: Scaling up of Output Power of Fiber Laser and Operation of Fiber Amplifiers

Week 11: Lecture 52: The Acceptance Angle, Pumping of Fiber Lasers and their Operation

Week 11: Lecture 51: Fiber Laser- continued

Week 11: Lecture 62: Homework problem of Excited State Spectra

Week 11: Lecture 63: Solvation models - I

Week 11: Lecture 64: Solvation models - II

Week 11: Lecture 65: Solvation models - III