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Simulation of quantum feedback methods to stabilize photon-number states.
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The goal of this project is to control the number of photons inside a cavity. Atoms are repeatedly sent through the cavity, where they interact with the photons. Measuring their state gives some information on the cavity, and makes it possible to compute which control to apply.

The math behind this and the different simulations we ran are both explained in the notebook Photon-Box.ipynb, which you can display here.


This is a joint project by Jean-Stanislas Denain, Nicolas Guérin, and Benjamin Dupuis, supervised by Mazyar Mirrahimi.


This project is under the MIT license.

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