ReCirq
ReCirq copied to clipboard
quantumlib
Research using Cirq!
- Hartree-Fock assumes str(q) == '(a, b)' but it is now 'q(a, b)' - Remove TwoQubitGate - Add metadata.qubit_set for device lookups. - Add json_namespace to a few places.
- [ ] wait for openfermion (?) cc @ncrubin - [ ] ... will add more blockers as I find them cc @MichaelBroughton @dstrain115
I'm trying to run the example here: https://github.com/quantumlib/ReCirq/blob/master/docs/hfvqe/quickstart.ipynb ```python import numpy as np import cirq from recirq.hfvqe.gradient_hf import rhf_func_generator from recirq.hfvqe.opdm_functionals import OpdmFunctional from recirq.hfvqe.analysis import ( compute_opdm, mcweeny_purification, resample_opdm,...
- include job timestamp - re-think aggregation strategy Background: the analysis code extracts the results into a pandas dataframe. You need to aggregate the quantities to make plots and create...
If you call `build_otoc_circuits` with `use_physical_cz=False`, `cz_to_sqrt_iswap` is called with `corrections=cz_correction` https://github.com/quantumlib/ReCirq/blob/144323f212757775a8541dbe2f938b64534b25ec/recirq/otoc/otoc_circuits.py#L287 but `cz_to_sqrt_iswap` has no `corrections` argument https://github.com/quantumlib/ReCirq/blob/144323f212757775a8541dbe2f938b64534b25ec/recirq/otoc/utils.py#L229-L232 To reproduce, run `python otoc_example.py` with [`use_physical_cz=False`](https://github.com/quantumlib/ReCirq/blob/master/recirq/otoc/otoc_example.py#L75). ```python TypeError: cz_to_sqrt_iswap() got...
- `SKModelQAOASpec` and `sk_model_qaoa_spec_to_exe` wraps existing QAOA code into the `cirq_google.workflow` tools so this can serve as an algorithmic benchmark. - scripts and `recirq.algorithmic_benchmark_library` entry to follow - Small changes...
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...
two_square_density_matrix() gives the density matrix for any pair of squares. This requires running 9 variants of the circuit with different gates at the end tweaking the two qubits of interest....
PR 4 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 performs...
PR 5 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 graphs...