Add Circuit Generation Notebook for Discrete Time Crystal Experiments #251
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augustehirth
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@dstrain115 / @mpharrigan PTAL for method. @XiaoMiQC PTAL for correctness. |
| "import inspect\n", | ||
| "from IPython.display import Code\n", | ||
| "\n", | ||
| "Code(inspect.getsource(time_crystals.symbolic_dtc_circuit_list), language=\"python\")" |
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This seems weird to me that we are printing out the code as an output of the colab. I'll leave the decision up to you if you stil think this way is clearer, but I would consider linking to the source code with text such as "The code, which can be viewed here (link) is surprisingly succinct."
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My intent with printing the code was to provide a detailed example of how the circuits are constructed. Perhaps a couple step-by-step examples of each moment for a circuit of a few qubits would be a better example. I'll try this and see how it looks.
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I think it's kinda neat 🤷
PR 3 of 6 on implementing and graphing Figures 2d through 3d of Observation of Time-Crystalline Eigenstate Order on a Quantum Processor (arxiv:2107.13571)
This PR adds the notebook which explains the DTC circuit's construction. It depends on PR #250 for the implementation of the circuit constructing function