NDLI: Atomic and Molecular Physics [NOC]

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Aerospace Engineering

Atmospheric Science

Computer Science and Engineering

Civil Engineering

Chemical Engineering

Chemistry and Biochemistry

Electrical Engineering

Electronics & Communication Engineering

Engineering Design

Environmental Science

Humanities and Social Sciences

Mechanical Engineering

Mining Engineering

Metallurgy and Material Science

Ocean Engineering

A brief course on Superconductivity [NOC]

Accelerator Physics [NOC]

Advanced Atmospheric Physics [NOC]

Advanced Condensed Matter Physics [NOC]

Advanced NMR Techniques in Solution and Solid-State [NOC]

Advanced Quantum Mechanics with Applications [NOC]

Advanced Statistical Mechanics

Applied Optics [NOC]

Astrophysics & Cosmology

Atomic and Molecular Physics

Atomic and Molecular Physics [NOC]

Lecture 1 Experimental observations and theoretical development in discovery of constituents of an atom al

Lecture 2: Experimental observations and theoretical development in discovery of constituents of an atom (cont..)

Lecture 3: Experimental observations and theoretical development in discovery of constituents of an atom (cont..)

Lecture 4: Experimental observations and theoretical development in discovery of constituents of an atom (cont..:

Lecture 4: Experimental observations and theoretical development in discovery of constituents of an atom (cont..

Lecture 5 Experimental observations and theoretical development in discovery of constituents of an atom (cont..)

Lecture 6: Structure of an atom

Lecture 7: Structure of an atom

Lecture: Structure of an atom (Contd.)

Lecture 9: Atomic structure of an atom

Lecture 10: Atomic structure of an atom

Lecture 11: Structure of an atom

Lecture 12: Atomic structure of an atom

Lecture 13: Atomic structure of an atom

Lecture 14: Structure of an atom

Lecture 15: Structure of an atom

Lecture 16: Structure of an atom

Lecture 17: Structure of an atom

Lecture 18: Structure of an atom

Lecture 19: Structure of an atom

Lecture 20: Structure of an atom

Lecture 21: Atomic spectra

Lecture 22: Atomic spectra

Lecture 23: Multielectron atoms

Lecture 24: Multielectron atoms (Contd.)

Lecture 25: Multielectron atoms (Contd.)

Lecture 26: Multielectron atoms (Contd.)

Lecture 27: Quantum mechanical treatment

Lecture 28: Quantum mechanical treatment (Contd.)

Lecture 29: Quantum mechanical treatment of H - like atom

Lecture 30: Quantum mechanical treatment of H - like atom (Contd.)

Lecture 31 : Quantum mechanical treatment of Hydrogen like atom

Lecture 32 : Quantum mechanical treatment of Hydrogen like atom (Contd.)

Lecture 33 : Quantum mechanical treatment of hydrogen like atom (Contd.)

Lecture 34 : Quantum mechanical treatment of hydrogen like atom (Contd.)

Lecture 35 : Quantum mechanical treatment of hydrogen like atom (Contd.)

Lecture - 36 : Quantum Mechanical treatment of Hydrogen like atom (Contd.)

Lecture - 37 : Quantum Mechanical treatment of Hydrogen like atom (Contd.)

Lecture 38 : Hydrogen like atom in magnetic field

Lecture 39 : Hydrogen like atom in magnetic field (Contd.)

Lecture 40 : Hydrogen like atom in electric field

Lecture 41 : Physics of molecules

Lecture 42 : Rotation of a molecule

Lecture 43 : Rotation of a molecule (Contd.)

Lecture 44 : Rotation of a molecule (Contd.)

Lecture 45 : Rotation of a molecule (Contd.)

Lecture 46 : Vibration of a molecule

Lecture 47 : Vibration of a molecule (Contd.)

Lecture 48 : Vibration of a molecule (Contd.)

Lecture 49 : Vibration of a molecule (Contd.)

Lecture 50 : Vibration of a molecule (Contd.)

Lecture 51: Electronic spectra of a molecule

Lecture 52: Electronic spectra of a molecule (Contd.)

Lecture 53: Electronic structure of molecules

Lecture 54: Electronic structure of molecules (Contd.)

Lecture 55: Electronic structure of a molecule

Lecture 56: Atomic and Molecular Spectroscopy

Lecture 57: Raman Spectroscopy

Lecture 58: Raman Spectroscopy (Contd.)

Lecture 59: Raman Spectroscopy (Contd.)

Lecture 60: Resonance spectroscopy

Combined [Full Lectures] Transcript

Bonds and Bands in Solids [NOC]

Characterization of Materials

Classical Field Theory

Classical mechanics: from newtonian to lagrangian formulation [NOC]

Coherence and Quantum Entanglement [NOC]

Computational Physics [NOC]

Computational Science and Engineering Using Python [NOC]

Concepts in Magnetism and Superconductivity [NOC]

Condensed Matter Physics

Control System Design [NOC]

Dynamics of Classical and Quantum Fields [NOC]

Electrodynamics

Electromagnetic Theory

Electromagnetism [NOC]

Electronic Theory of Solids [NOC]

Engineering Mechanics [NOC]

Experimental Physics - II [NOC]

Experimental Physics I [NOC]

Experimental Physics III [NOC]

Fiber Optics [NOC]

Fluid Dynamics for Astrophysics [NOC]

Foundations of Classical Electrodynamics [NOC]

Fundamental concepts of semiconductors

Fundamentals of Attosecond Science and Technology (FAST) [NOC]

Group Theory methods in Physics [NOC]

Ideas and methods in condensed matter theory

Introduction To Electromagnetic Theory (Hindi) [NOC]

Introduction To Statistical Mechanics [NOC]

Introduction to Astrophysical Fluids [NOC]

Introduction to Atmospheric and Space Sciences [NOC]

Introduction to Classical Mechanics [NOC]

Introduction to Electromagnetic Theory [NOC]

Introduction to LASER [NOC]

Introduction to Non-linear Optics and its Applications [NOC]

Introduction to Physics of Nanoparticles and Nanostructures

Introduction to Quantum Field Theory (Theory of Scalar Fields) - Part 2 [NOC]

Introduction to Quantum Field Theory(Theory of Scalar Fields) [NOC]

Introduction to Solid State Physics [NOC]

Introductory Quantum Mechanics [NOC]

Mathematical Physics - 1

Mathematics methods in Physics-I [NOC]

Mechanics, heat oscillations and waves [NOC]

Modern Optics [NOC]

NOC:Solid State Physics

NUCLEAR REACTORS AND SAFETY- AN INTRODUCTION

Neutron Scattering for Condensed Matter Studies [NOC]

Newtonian Mechanics With Examples [NOC]

NonLinear Optics

Nonequilibrium Statistical Mechanics

Nuclear Astrophysics [NOC]

Nuclear Physics: Fundamentals and Applications

Nuclear Science & Engineering

Nuclear and Particle Physics [NOC]

Numerical Methods And Simulation Techniques For Scientists And Engineers [NOC]

Optical Sensors [NOC]

Osillation and Wave

Path Integral and functional methods in quantum field theory [NOC]

Physical Applications of Stochastic Processes

Physics Of Functional Materials & Devices [NOC]

Physics of Biological Systems [NOC]

Physics of Magnetic Recording and Recording Media

Physics of Renewable Energy Systems [NOC]

Physics of Turbulence [NOC]

Physics of linear and nonlinear optical waveguides [NOC]

Physics through Computational Thinking [NOC]

Plasma Physics and Applications [NOC]

Plasma Physics: Fundamentals and Applications

Quantum Electronics

Quantum Entanglement: Fundamentals, measures and applications [NOC]

Quantum Field Theory

Quantum Hall Effects [NOC]

Quantum Information and Computing [NOC]

Quantum Mechanics I

Quantum Mechanics I [NOC]

Quantum Mechanics and Applications

Quantum Technology and Quantum Phenomena in Macroscopic Systems [NOC]

Quantum Transport [NOC]

Radio Astronomy [NOC]

Random Matrix Theory and Applications

Relativistic Quantum Mechanics

Scientific Computing Using Python [NOC]

Selected Topics in Mathematical Physics

Semiconductor Optoelectronics

Semiconductor Optoelectronics [NOC]

Solar Energy Engineering and Technology [NOC]

Solar Photovoltaics Fundamentals, Technology And Applications [NOC]

Solid state physics [NOC]

Special Theory of Relativity

Spintronics: Physics and Technology

Statistical Mechanics [NOC]

Superconductivity

Tapestry of Field theory: Classical & Quantum, Equilibrium & Nonequilibrium Perspectives [NOC]

Theoretical Mechanics [NOC]

Theory of Atomic Collisions and Spectroscopy

Theory of groups for physics applications [NOC]

Thermal physics [NOC]

Topics in Nonlinear Dynamics

Topology and Condensed Matter Physics [NOC]

Upstream LNG Technology [NOC]

Waves and Oscillations [NOC]

Theory and Applications in Thermal and Cold Plasma

Energy Materials and Devices

Statistical Physics of Non-Interacting and Interacting Systems

Essentials of Quantum Optics

Classical Motion of a Single Particle

Physics of Nanomaterials

Foundations of Quantum Theory: Non-Relativistic Approach

Introduction to General Relativity

Quantum Mechanics in the Relativistic Regime

Textile Engineering

Multidisciplinary

Basic courses-Sem 1 and 2

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