基本情報
Last Update:2021/03/05
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Apache 2.0
| 利用環境 | numpy>=1.11.0 scipy>=1.1.0 h5py>=2.8 future jupyter nbformat networkx matplotlib pubchempy six |
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| 開発者 | Ryan Babbush (Google), Jarrod McClean (Google), Kevin Sung (University of Michigan), Ian Kivlichan (Harvard), Dave Bacon (Google), Yudong Cao (Harvard), Chengyu Dai (University of Michigan), E. Schuyler Fried (Harvard), Craig Gidney(Google), Brendan Gimby (University of Michigan), Pranav Gokhale (University of Chicago), Thomas Häner (ETH Zurich),Tarini Hardikar (Dartmouth), Vojtĕch Havlíček (Oxford), Oscar Higgott (University College London), Cupjin Huang(University of Michigan), Josh Izaac (Xanadu), Zhang Jiang (NASA), Xinle Liu (Google), Sam McArdle (Oxford), Matthew Neeley (Google), Thomas O'Brien (Leiden University), Bryan O'Gorman (UC Berkeley, NASA), Isil Ozfidan (D-Wave Systems), Max Radin (UC Santa Barbara), Jhonathan Romero (Harvard), Nicholas Rubin (Google), Daniel Sank (Google),Nicolas Sawaya (Harvard), Kanav Setia (Dartmouth), Hannah Sim (Harvard), Damian Steiger (ETH Zurich), Mark Steudtner(Leiden University), Qiming Sun (Caltech), Wei Sun (Google), Daochen Wang (River Lane Research), Chris Winkler(University of Chicago) and Fang Zhang (University of Michigan). |
| 手法 | Jordan-Wigner, Bravyi-Kitaev, and Bravyi-Kitaev super fast transformations |
| 関連アプリ | |
| 関連キーワード | |
| 文献 | Jarrod R. McClean, et al., arXiv:1710.07629 |
| その他 | OpenFermion-Psi4, OpenFermion-PySCF: 第二量子化されたハミルトニアンのパラメータ推定に使用 OpenFermion-Cirq, Forest-OpenFermion, SFOpenBoson: 量子回路や量子シミュレータへの接続に使用 |