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AMO lecture notes

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Welcome to my lecture notes on Atomic, Molecular and Optical physics that I prepared in my time in Heidelberg. They consist of a total of 20 lectures, which I will recollect here again.

Lecture 1 - Some cooking recipes for Quantum Mechanics

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Lecture 2 - A few more cooking recipes for quantum mechanics

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Lecture 3 - The two-level system

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Lecture 4 - Atoms in oscillating fields

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Lecture 5 - The Hydrogen Atom

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Lecture 6 - The dipole approximation in the hydrogen atom

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Lecture 7 - Beyond the 'boring' hydrogen atom

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Lecture 8 - The Helium atom

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Lecture 9 - More on the Helium atom

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Lecture 10 - Propagation of light in dielectric media

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Lecture 11 - Laser fundamentals

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Lecture 12- Entanglement

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Lecture 13 - Atoms with many electrons

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Lecture 14 - The spin in atoms with many electrons

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Lecture 15 - Diatomic molecules

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Lecture 16 - Molecular Orbitals of Diatomic Molecules

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Lecture 17 - Rotation and Vibration of Molecules

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Lecture 18 - Quantization of the Electromagnetic field

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Lecture 19 - Atom-Light Interactions and Dressed States

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Lecture 20 - A few words on quantum computing with trapped ions

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