Quantum Chemistry and Spectroscopy
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What you'll learn
This course includes
- 18.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 160 lessons • 18.5 hours of video
Quantum Chemistry and Spectroscopy
160 lessons
• 18.5 hours
Quantum Chemistry and Spectroscopy
160 lessons
• 18.5 hours
- Quantum Chemistry 0.1 - Introduction 06:30
- Quantum Chemistry 1.1 - Blackbody Radiation 06:24
- Quantum Chemistry 1.2 - Photoelectric Effect 05:34
- Quantum Chemistry 1.3 - Rydberg Formula 06:26
- Quantum Chemistry 1.4 - Bohr Hydrogen Model 1: Radius 08:57
- Quantum Chemistry 1.5 - Bohr Hydrogen Model 2: Energy 11:08
- Quantum Chemistry 1.6 - Wave-Particle Duality 06:28
- Quantum Chemistry 1.7 - Uncertainty Principle in Measurement 05:02
- Quantum Chemistry 2.1 - Classical Wave Equation 06:02
- Quantum Chemistry 2.2 - Vibrating String 06:54
- Quantum Chemistry 2.3 - Vibrating String Animation 07:43
- Quantum Chemistry 3.1 - Schrodinger Equation "Derivation" 07:08
- Quantum Chemistry 3.2 - Operators 04:55
- Quantum Chemistry 3.3 - Eigenvalues and Eigenfunctions 05:09
- Quantum Chemistry 3.4 - Interpreting the Wavefunction 04:44
- Quantum Chemistry 3.5 - Particle in a Box 07:59
- Quantum Chemistry 3.6 - Normalization 06:40
- Quantum Chemistry 3.7 - Particle in a Box Wavefunction Plots 06:34
- Quantum Chemistry 3.8 - UV-Vis Spectra of Polyenes 10:54
- Quantum Chemistry 3.9 - Average Position 12:17
- Quantum Chemistry 3.10 - Average Momentum 11:52
- Quantum Chemistry 3.11 - 3-D Particle in a Box 05:39
- Quantum Chemistry 3.12 - Degeneracy 05:10
- Quantum Chemistry 4.1 - Postulates of Quantum Mechanics 1: Wavefunction 04:57
- Quantum Chemistry 4.2 - Postulates of Quantum Mechanics 2: Operators 03:59
- Quantum Chemistry 4.3 - Postulates of Quantum Mechanics 3: Measurement 02:34
- Quantum Chemistry 4.4 - Postulates of Quantum Mechanics 4: Expectation Values 05:53
- Quantum Chemistry 4.5 - Postulates of Quantum Mechanics 5: Schrodinger Equation 06:17
- Quantum Chemistry 4.6 - Commutators 08:35
- Quantum Chemistry 4.7 - Hermitian Operators 06:56
- Quantum Chemistry 4.8 - Dirac Notation 03:56
- Quantum Chemistry 4.9 - Orthogonality 05:54
- Quantum Chemistry 4.10 - Superposition Principle 1: Basis Sets 06:53
- Quantum Chemistry 4.11 - Superposition Principle 2: Expectation Values 09:09
- Quantum Chemistry 4.12 - Superposition Principle 3: Example 06:42
- Quantum Chemistry 4.13 - Commuting Operators 03:49
- Quantum Chemistry 4.14 - Time Dependence 07:56
- Quantum Chemistry 4.15 - Time Dependence Animation 07:38
- Quantum Chemistry 4.16 - Wavefunction Collapse 04:16
- Quantum Chemistry 4.17 - Schrodinger's Cat 04:08
- Quantum Chemistry 4.18 - Correspondence Principle 05:35
- Quantum Chemistry 5.1 - Harmonic Oscillator Model 05:48
- Quantum Chemistry 5.2 - Classical Harmonic Oscillator 1: Trajectory 05:42
- Quantum Chemistry 5.3 - Classical Harmonic Oscillator 2: Energy 05:19
- Quantum Chemistry 5.4 - Reduced Mass 07:59
- Quantum Chemistry 5.5 - Harmonic Oscillator Energy Levels 08:47
- Quantum Chemistry 5.6 - Diatomic Infrared Spectra 09:42
- Quantum Chemistry 5.7 - Anharmonicity and Overtones 09:19
- Quantum Chemistry 5.8 - Harmonic Oscillator Wavefunctions 07:35
- Quantum Chemistry 5.9 - Even and Odd Functions 06:04
- Quantum Chemistry 5.10 - Harmonic Oscillator Even and Odd Functions 06:08
- Quantum Chemistry 5.11 - 3-D Harmonic Oscillator 05:48
- Quantum Chemistry 5.12 - Polyatomic Molecular Vibrations 09:41
- Quantum Chemistry 6.1 - Rigid Rotor Model 06:51
- Quantum Chemistry 6.2 - Rotation Operators 07:49
- Quantum Chemistry 6.3 - Rigid Rotor Energy Levels 05:42
- Quantum Chemistry 6.4 - Diatomic Microwave Spectra 06:13
- Quantum Chemistry 6.5 - Rovibrational Energy Levels 05:55
- Quantum Chemistry 6.6 - Diatomic Rovibrational Spectra 07:27
- Quantum Chemistry 6.7 - Microwave Spectroscopy Example 06:59
- Quantum Chemistry 6.8 - Rotation-Vibration Interaction 08:53
- Quantum Chemistry 6.9 - Centrifugal Distortion 06:25
- Quantum Chemistry 6.10 - Rigid Rotor Wavefunctions 08:18
- Quantum Chemistry 6.11 - Orthonormality of Spherical Harmonics 06:56
- Quantum Chemistry 6.12 - Angular Momentum Eigenvalues 05:11
- Quantum Chemistry 7.1 - Hydrogen Atom Model 05:18
- Quantum Chemistry 7.2 - Hydrogen Atom Energy Levels 06:19
- Quantum Chemistry 7.3 - Hydrogen Atom Radial Wavefunctions 09:28
- Quantum Chemistry 7.4 - Hydrogen Atom Total Wavefunctions 09:12
- Quantum Chemistry 7.5 - Hydrogen Atomic Orbital Nodes 07:10
- Quantum Chemistry 7.6 - Hydrogen Atom Eigenvalues 07:25
- Quantum Chemistry 7.7 - Hydrogen Atom Radius 12:39
- Quantum Chemistry 7.8 - Hydrogen Atom Radial Wavefunction Animation 05:49
- Quantum Chemistry 7.9 - Virial Theorem 08:47
- Quantum Chemistry 7.10 - Zeeman Effect 09:59
- Quantum Chemistry 7.11 - Electron Spin 06:16
- Quantum Chemistry 7.12 - Spin-Orbit Coupling 09:35
- Quantum Chemistry 7.13 - Hydrogen Atom Term Symbols 04:17
- Quantum Chemistry 7.14 - Hydrogen Atom Spectrum 06:50
- Quantum Chemistry 7.15 - Helium Atom Hamiltonian 06:44
- Quantum Chemistry 8.1 - Variational Principle 04:58
- Quantum Chemistry 8.2 - Variational Principle Example 09:58
- Quantum Chemistry 8.3 - Linear Variational Method 12:43
- Quantum Chemistry 8.4 - Secular Determinant 10:17
- Quantum Chemistry 8.5 - Linear Variational Example 10:00
- Quantum Chemistry 8.6 - Perturbation Theory 07:37
- Quantum Chemistry 8.7 - Perturbation Theory Derivation 06:14
- Quantum Chemistry 8.8 - Perturbation Theory Example 04:57
- Quantum Chemistry 9.1 - Atomic Units 06:16
- Quantum Chemistry 9.2 - Helium Atom Energy Approximations 08:25
- Quantum Chemistry 9.3 - Hartree-Fock Helium Atom 07:25
- Quantum Chemistry 9.4 - Hartree-Fock Helium Energy 09:28
- Quantum Chemistry 9.5 - Antisymmetry Principle 04:59
- Quantum Chemistry 9.6 - Slater Determinants 04:57
- Quantum Chemistry 9.7 - Hartree-Fock Atomic Energy 08:31
- Quantum Chemistry 9.8 - Hartree-Fock Operators 09:44
- Quantum Chemistry 9.9 - Hartree-Fock-Roothaan Equations 10:47
- Quantum Chemistry 9.10 - Hartree-Fock Spin 12:00
- Quantum Chemistry 9.11 - Post Hartree-Fock Methods 12:28
- Quantum Chemistry 9.12 - Atomic Electron Configurations 05:40
- Quantum Chemistry 9.13 - Electron Configuration Exceptions 04:02
- Quantum Chemistry 9.14 - Atomic Term Symbols 05:08
- Quantum Chemistry 9.15 - Term Symbols Example 1 12:20
- Quantum Chemistry 9.16 - Term Symbols Example 2 08:45
- Quantum Chemistry 9.17 - Term Symbols Example 3 08:30
- Quantum Chemistry 9.18 - Hund's Rules 02:57
- Quantum Chemistry 9.19 - Atomic Spectra 05:17
- Quantum Chemistry 10.1 - Hydrogen Molecule Hamiltonian 06:08
- Quantum Chemistry 10.2 - Born-Oppenheimer Approximation 08:19
- Quantum Chemistry 10.3 - Hydrogen Molecule-Ion 1: Energy 12:06
- Quantum Chemistry 10.4 - Hydrogen Molecule-Ion 2: Orbitals 08:36
- Quantum Chemistry 10.5 - Molecular Orbital Angular Momentum 06:07
- Quantum Chemistry 10.6 - Molecular Orbital Inversion Symmetry 05:05
- Quantum Chemistry 10.7 - Hydrogen Molecular Orbital Diagram 07:03
- Quantum Chemistry 10.8 - LCAO-MO Theory 04:36
- Quantum Chemistry 10.9 - Diatomic Molecular Orbital Diagrams 06:40
- Quantum Chemistry 10.10 - Bond Order 05:27
- Quantum Chemistry 10.11 - Diatomic Term Symbols 10:41
- Quantum Chemistry 10.12 - Total Wavefunction Symmetry 04:45
- Quantum Chemistry 11.1 - sp Hybridization 07:15
- Quantum Chemistry 11.2 - sp2 Hybridization 04:58
- Quantum Chemistry 11.3 - sp3 Hybridization 04:02
- Quantum Chemistry 11.4 - Lone Pair Hybridization 06:04
- Quantum Chemistry 11.5 - Walsh Diagrams 06:42
- Quantum Chemistry 11.6 - Huckel Theory 06:44
- Quantum Chemistry 11.7 - Pi Resonance 06:14
- Quantum Chemistry 11.8 - Aromaticity 06:14
- Quantum Chemistry 12.1 - Symmetry Websites 05:20
- Quantum Chemistry 12.2 - Symmetry Operations 08:27
- Quantum Chemistry 12.3 - Symmetry Elements 06:16
- Quantum Chemistry 12.4 - Groups 03:56
- Quantum Chemistry 12.5 - Point Groups 08:30
- Quantum Chemistry 12.6 - Point Group Examples 06:17
- Quantum Chemistry 12.7 - Determining Point Groups 06:41
- Quantum Chemistry 12.8 - Group Multiplication Tables 06:00
- Quantum Chemistry 12.9 - Symmetry Operator Matrices 04:26
- Quantum Chemistry 12.10 - Irreducible Representations 04:32
- Quantum Chemistry 12.11 - Character Tables 1: Abelian 05:13
- Quantum Chemistry 12.12 - Character Tables 2: Non-Abelian 06:00
- Quantum Chemistry 12.13 - Determining Irreps 13:07
- Quantum Chemistry 12.14 - Generating Operators 08:43
- Quantum Chemistry 12.15 - Irrep Direct Products 06:34
- Quantum Chemistry 12.16 - Symmetry IR / Raman Activity 12:55
- Quantum Chemistry 13.1 - Nuclear Spin 03:52
- Quantum Chemistry 13.2 - Nuclear Magnetic Dipole 05:32
- Quantum Chemistry 13.3 - Nuclear Magnetic Resonance 07:04
- Quantum Chemistry 13.4 - NMR Spectrometer 05:29
- Quantum Chemistry 13.5 - Magnetic Shielding 07:04
- Quantum Chemistry 13.6 - Chemical Shift 07:22
- Quantum Chemistry 13.7 - Spin-Spin Coupling 11:19
- Quantum Chemistry 13.8 - First Order Spectra 05:32
- Quantum Chemistry 13.9 - Chemical Equivalence 06:31
- Quantum Chemistry 13.10 - N+1 Rule 06:33
- Quantum Chemistry 13.11 - Second Order Spectra 08:22
- Quantum Chemistry 14.1 - Particle in a Ring Model 05:53
- Quantum Chemistry 14.2 - Particle in a Ring Energies 09:09
- Quantum Chemistry 14.3 - Particle in a Ring Wavefunctions 06:07
- Quantum Chemistry 14.4 - Huckel's Rule 06:11
- Quantum Chemistry 14.5 - Aromatic UV-Vis Spectra 09:04
- Quantum Chemistry 14.6 - Particle in a Ring Eigenvalues 05:40
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