Quantum Chemistry and Spectroscopy (English) (Part 3)

   Tuesday, October 01, 2024   

Starting a new Lecture Notes Series on Quantum Chemistry and Spectroscopy

Youtube Lecture Playlist Credits 

Channel Name: TMP Chem

So Let Us Start to This Journey of Learning 

Quantum Chemistry and Spectroscopy By Lecture Notes together!

Lecture 109: Quantum Chemistry 10.2 - Born-Oppenheimer Approximation

Lecture 110: Quantum Chemistry 10.3 - Hydrogen Molecule-Ion 1: Energy

Lecture 111: Quantum Chemistry 10.4 - Hydrogen Molecule-Ion 2: Orbitals

Lecture 112: Quantum Chemistry 10.5 - Molecular Orbital Angular Momentum

Lecture 113: Quantum Chemistry 10.6 - Molecular Orbital Inversion Symmetry

Lecture 114: Quantum Chemistry 10.7 - Hydrogen Molecular Orbital Diagram

Lecture 115: Quantum Chemistry 10.8 - LCAO-MO Theory

Lecture 116: Quantum Chemistry 10.9 - Diatomic Molecular Orbital Diagrams

Lecture 117: Quantum Chemistry 10.10 - Bond Order

Lecture 118: Quantum Chemistry 10.11 - Diatomic Term Symbols

Lecture 119: Quantum Chemistry 10.12 - Total Wavefunction Symmetry

Lecture 120: Quantum Chemistry 11.1 - sp Hybridization

Lecture 121: Quantum Chemistry 11.2 - sp2 Hybridization

Lecture 122: Quantum Chemistry 11.3 - sp3 Hybridization

Lecture 123: Quantum Chemistry 11.4 - Lone Pair Hybridization

Lecture 124: Quantum Chemistry 11.5 - Walsh Diagrams

Lecture 125: Quantum Chemistry 11.6 - Huckel Theory

Lecture 126: Quantum Chemistry 11.7 - Pi Resonance

Lecture 127: Quantum Chemistry 11.8 - Aromaticity

Lecture 128: Quantum Chemistry 12.1 - Symmetry Websites

Lecture 129: Quantum Chemistry 12.2 - Symmetry Operations

Lecture 130: Quantum Chemistry 12.3 - Symmetry Elements

Lecture 131: Quantum Chemistry 12.4 - Groups

Lecture 132: Quantum Chemistry 12.5 - Point Groups

Lecture 133: Quantum Chemistry 12.6 - Point Group Examples

Lecture 134: Quantum Chemistry 12.7 - Determining Point Groups

Lecture 135: Quantum Chemistry 12.8 - Group Multiplication Tables

Lecture 136: Quantum Chemistry 12.9 - Symmetry Operator Matrices

Lecture 137: Quantum Chemistry 12.10 - Irreducible Representations

Lecture 138: Quantum Chemistry 12.11 - Character Tables 1: Abelian

Lecture 139: Quantum Chemistry 12.12 - Character Tables 2: Non-Abelian

Lecture 140: Quantum Chemistry 12.13 - Determining Irreps

Lecture 141: Quantum Chemistry 12.14 - Generating Operators

Lecture 142: Quantum Chemistry 12.15 - Irrep Direct Products

Lecture 143: Quantum Chemistry 12.16 - Symmetry IR / Raman Activity

Lecture 144: Quantum Chemistry 13.1 - Nuclear Spin

Lecture 145: Quantum Chemistry 13.2 - Nuclear Magnetic Dipole

Lecture 146: Quantum Chemistry 13.3 - Nuclear Magnetic Resonance

Lecture 147: Quantum Chemistry 13.4 - NMR Spectrometer

Lecture 148: Quantum Chemistry 13.5 - Magnetic Shielding

Lecture 149: Quantum Chemistry 13.6 - Chemical Shift

Lecture 150: Quantum Chemistry 13.7 - Spin-Spin Coupling

Lecture 151: Quantum Chemistry 13.8 - First Order Spectra

Lecture 152: Quantum Chemistry 13.9 - Chemical Equivalence

Lecture 153: Quantum Chemistry 13.10 - N+1 Rule

Lecture 154: Quantum Chemistry 13.11 - Second Order Spectra

Lecture 155: Quantum Chemistry 14.1 - Particle in a Ring Model

Lecture 156: Quantum Chemistry 14.2 - Particle in a Ring Energies

Lecture 157: Quantum Chemistry 14.3 - Particle in a Ring Wavefunctions

Lecture 158: Quantum Chemistry 14.4 - Huckel's Rule

Lecture 159: Quantum Chemistry 14.5 - Aromatic UV-Vis Spectra

Lecture 160: Quantum Chemistry 14.6 - Particle in a Ring Eigenvalues