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EMQAOA-DARBO

Overview

This repository includes the codes and results for the manuscript: Quantum approximate optimization via learning-based adaptive optimization published on Communications Physics link

Installation and usage

This repository requires to install two open-sourced packages:

• ODBO packge: The installation direction is provided in the corresponding main page.

• TensorCircuit or TC: pip install tensorcircuit

Content list

Files

• DARBO_optimization_ideal_example.ipynb: This is a simple example to illustrate the methods & to run a test MAX-CUT on a random graph with a circuit depth of 4.

• EMQAOA_DARBO_run.ipynb: This is the notebook to illustrate the EMQAOA-DARBO on the real hardware. This collects the hardwared data shown in the manuscript. Note: For non-Tencent-Quantum-Lab user, this set of codes cannot be run directly due to the unavailable access to the Tencent hardware. If you would like to have a try, please contact Tencent Quantum Lab to check the possible options for usage.

• si_more_stats.xlsx: This is a supplemental excel to summarize the optimized losses and $r$ values for different optimizers and different cases.

Folders

• codes: contains all the python codes that run the experiments collected in this work. (Please aware that all BO methods are formulated as a maximization problem (max -loss), and we save the -loss at each iteration. For other optimizers, we save loss at each iteration.)

• graph: contains the graphs used in this work.

• initialization: contains the presaved (& different) initialized parameters to make sure all different optimizers running from the same initial guesses.

• results: each subfolder contains the collected results for the corresponding

• plotting: contains a jupyter notebook to generate all the plots used in the paper. for_plotting folder contains the .txt summary for the results extracted from the raw results.

Please cite us as

@article{cheng2023darbo,
  title={Quantum approximate optimization via learning-based adaptive optimization},
  author={Cheng, Lixue and Chen, Yu-Qin and Zhang, Shi-Xin and Zhang, Shengyu},
  doi = {10.1038/s42005-024-01577-x},
  journal = {Communications Physics},
  number = {1},
  pages = {83},
  volume = {7},
  year = {2024},
}