论文标题
关于雪人粒子暗物质局部局部的报告2021
Report of the Topical Group on Particle Dark Matter for Snowmass 2021
论文作者
论文摘要
该报告总结了CF1局部亚组与2021年雪地质量的发现，该结果集中在粒子暗物质上。未来十年最重要的科学目标之一是揭示暗物质的本质（DM）。为了实现这一目标，我们必须深入研究，以涵盖高优先级目标，包括弱相互交互的巨大颗粒（WIMP），并进行广泛搜索，以探索尽可能多的动机DM参数空间。在包括直接和间接检测技术的大型，中和小尺度上实验的多样，连续的投资组合可最大程度地发现粒子DM的可能性。需要详细的校准以及信号和背景过程的建模以进行令人信服的发现。如果通过不同的手段（例如在粒子对撞机上）找到候选粒子，那么本报告中描述的程序也必须表明它与实际的宇宙学DM一致。美国在直接检测和间接检测暗物质实验中都具有领导作用 - 为了维持这一领先作用，必须继续资助主要实验并支持强大的R \＆D程序。
This report summarizes the findings of the CF1 Topical Subgroup to Snowmass 2021, which was focused on particle dark matter. One of the most important scientific goals of the next decade is to reveal the nature of dark matter (DM). To accomplish this goal, we must delve deep, to cover high priority targets including weakly-interacting massive particles (WIMPs), and search wide, to explore as much motivated DM parameter space as possible. A diverse, continuous portfolio of experiments at large, medium, and small scales that includes both direct and indirect detection techniques maximizes the probability of discovering particle DM. Detailed calibrations and modeling of signal and background processes are required to make a convincing discovery. In the event that a candidate particle is found through different means, for example at a particle collider, the program described in this report is also essential to show that it is consistent with the actual cosmological DM. The US has a leading role in both direct and indirect detection dark matter experiments -- to maintain this leading role, it is imperative to continue funding major experiments and support a robust R\&D program.
