论文标题
2021年HEP-LAT的可重复性和开放科学状态
Status of reproducibility and open science in hep-lat in 2021
论文作者
论文摘要
作为一门完全计算的学科，晶格字段理论具有可能使任何具有足够计算资源的人都可以复制的结果，从输入参数到正确的发表数字和曲线，再到正确的绘图到最后一个字节。在短暂激励和概述了使晶格计算可再现的一些关键步骤之后，此贡献列出了2021年对HEP-LAT ARXIV提交的所有1,229份提交的调查结果，该结果在2021年对每种都有明确的重现。 LFT历史上一直领先于曲线的领域，以及有机会做更多的地方。
As a fully computational discipline, Lattice Field Theory has the potential to give results that anyone with sufficient computational resources can reproduce, going from input parameters to published numbers and plots correct to the last byte. After briefly motivating and outlining some of the key steps in making lattice computations reproducible, this contribution presents the results of a survey of all 1,229 submissions to the hep-lat arXiv in 2021 of how explicitly reproducible each is. Areas where LFT has historically been well ahead of the curve are highlighted, as are areas where there are opportunities to do more.
