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<big>'''MIT Atomic Physics'''</big>
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Welcome to the MIT Aomic Physics Wiki.  This is a collection of reference material that [[Wiki editing instructions|you can edit]]. Please contribute new content, as well as comments on and improvements to existing material. Our goal is to develop a helpful resource for all students in the field of modern atomic physics.
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<!-- <font size=-2 color=grey>Hint: if your browser keeps asking for you to click to select a certificate, [http://cua.mit.edu/8.422/cert-hint.html you can fix this and make this automatic]</font> -->
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== Getting started ==
 
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== Part I Course Notes (8.421) ==
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This material is from [http://cua.mit.edu/8.421 MIT 8.421 Atomic Physics I] and is only in <font color=red>DRAFT</font> form at the present. You are welcome to edit to correct mistakes and even add content.
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* 1.  [[Resonances]]
 
* 2. [[Atoms]]
 
* 3.  [[Fine Structure and Lamb Shift]]
 
* 4.  [[Effects of the Nucleus on Atomic Structure]]
 
* 5.  [[Atoms in Magnetic Fields]]
 
* 6. [[Atoms in electric fields]]
 
* 7. [[Interaction of an atom with an electromagnetic field]]
 
* 8.  [[Lineshape|Resonance Line Shapes]]
 
* 9.  [[Two-Photon Excitation]]
 
* 10. [[Coherence]]
 
 
 
[[8.421-old|Old MIT 8.421 Course Notes]] (pre-2008) ; [[8421-references|Bibliographic references]] (needs to be moved into individual chapters)
 
 
 
== Part II Course Notes (8.422) ==
 
 
 
 
 
[[Image:20070321-003722_pritchard-squeezing.png|frame|right|Prof. Dave Pritchard demonstrates classical squeezing with a parametrically driven pendulum oscillator [[Pritchard_demonstrating_classical_squeezing|(see video)]] ]]
 
 
 
This material is from [http://cua.mit.edu/8.422 MIT 8.422 Atomic Physics II] and is only in <font color=red>DRAFT</font> form at the present. This material will be actively edited around when coresponding subjects are discussed in class.
 
 
 
* 1: [[Introduction to Atomic Physics]]
 
* 2: [[Quantum light: states and dynamics]]
 
* 3: [[Optical Bloch equations]]
 
* 4: [[Photon-atom interactions]]
 
* 5: [[Light forces]]
 
* 6. [[Techniques for cooling to ultralow temperatures]]
 
* 7: [[Quantum gases]]
 
* 8: [[Ion traps and quantum information]]
 
 
 
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== Sample Topics ==
 
 
 
<random count=4>
 
[[Interferometer shot noise limit]]
 
[[Non-classical states of light]]
 
[[Squeezed light interferometry]]
 
[[Interferometer Heisenberg limit]]
 
[[Introduction to Atomic Physics]]
 
[[Photons and statistics]]
 
[[Single photons]]
 
[[Entangled Photons]]
 
[[Interferometry and metrology]]
 
[[Derivation of the optical Bloch equations]]
 
[[Steady state solutions of the optical Bloch equations]]
 
[[Unraveling quantum open system dynamics]]
 
[[Laser cooling of trapped ions]]
 
[[Quantum computation and trapped ions]]
 
[[Quantum control and trapped ions]]
 
[[Optical Molasses]]
 
[[Beam Slowing]]
 
[[Magneto-Optical Traps]]
 
[[Van der Waals interaction]]
 
[[Casimir interaction]]
 
[[Resonant scattering]]
 
[[The operator sum representation of open quantum system dynamics]]
 
</random>
 
 
 
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== Useful Resources ==
 
 
 
* [http://cua.mit.edu MIT-Harvard Center for Ultracold Atoms]
 
* [http://jila-amo.colorado.edu/ JILA Center for Atomic, Molecular, and Optical Physics]
 
* [http://qwiki.caltech.edu/ Caltech quantum optics wiki]
 
 
 
* [https://cua-admin.mit.edu/qis/wiki/index.php MIT Quantum Information Science wiki]
 
 
 
== Site Contributors ==
 
 
 
{{Special:ContributionScores/10/80/notools}}
 
 
 
 
 
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Revision as of 12:48, 28 January 2020

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