Media Storage Type : DVD-ROM
NPTEL Course Name : Nanophotonics
NPTEL Subject Matter Expert : Dr. R. Ganapathy
NPTEL Co-ordinating Institute : IIT Madras
NPTEL Lecture Count : 40
Lecture Titles:
Lecture 1 - A laymanï¾’s concept of nanophotonics beyond the diffraction limit
Lecture 2 - Maxwellï¾’s equations and their revelations
Lecture 3 - The physical concept of diffraction limit
Lecture 4 - Fundamentals of optical near field
Lecture 5 - Linear vector space
Lecture 6 - Operators in Quantum Mechanics and their matrix representations
Lecture 7 - Operators for position, momentum and energy
Lecture 8 - Postulates of Quantum Mechanics
Lecture 9 - Heisenbergï¾’s uncertainty relations
Lecture 10 - Particle in a box
Lecture 11 - Quantum harmonic oscillator in energy basis
Lecture 12 - Quantization of electromagnetic fields
Lecture 13 - Systems with N degrees of freedom
Lecture 14 - Time independent perturbation theory
Lecture 15 - P-space and Q-space
Lecture 16 - Density Operators
Lecture 17 - Quantization of electromagnetic field and basic concept of photon
Lecture 18 - Basic concept of exciton
Lecture 19 - Basic concept of exciton-polaritons
Lecture 20 - Quantum treatment of the optical near field
Lecture 21 - Projection operator formalism in optical near field
Lecture 22 - Basic concepts of dressed photons
Lecture 23 - Energy states of a semiconductor quantum dot
Lecture 24 - Electron-hole pair states in a semiconductor quantum dot
Lecture 25 - Coupled states in semiconductor quantum dots
Lecture 26 - Quantum master equation
Lecture 27 - Dynamics of a two-quantum dot system
Lecture 28 - Dynamics of a three quantum dot system
Lecture 29 - Basic concepts of nanophotonic devices, nanophotonic systems and nanophotonic fabrication beyond the diffraction limit
Lecture 30 - Nanophotonic logic gates based on the concept of optical near field technology
Lecture 31 - Input and output terminals used in optical near field technology
Lecture 32 - Applications of optical near field technology in providing tamper resistance against invasive and non-invasive attacks
Lecture 33 - Applications of optical near field technology in information security
Lecture 34 - Hierarchical information retrieval on employing optical near field technology
Lecture 35 - Data summation using optical near field technology
Lecture 36 - Application of optical near field technology in broadcast interconnects
Lecture 37 - Applications of optical near field technology in energy up conversion
Lecture 38 - Photochemical vapour deposition employing optical near field
Lecture 39 - Applications of optical near field technology in photolithography and in repairing surface roughness
Lecture 40 - Applications of dressed photon technology in communication networks and systems