论文标题
Snowmass 2021关于地下设施研究协同作用的主题报告
Snowmass 2021 Topical Report on Synergies in Research at Underground Facilities
论文作者
论文摘要
这是地下设施研究中的地下设施和基础设施边界的雪人雪人局部报告：地下实验室中还可以进行广泛的科学和工程研究，除了其他地下设施和基础设施主题报告中所描述的以物理为中心的活动。这些研究领域包括核天体物理学，地质学，地球工程，重力波检测，生物学，也许很快量子信息科学。该UF主题报告将调查那些对以研究为导向的地下设施和基础设施感兴趣的其他科学和工程研究活动。在大多数情况下，研究目的的广度和深度太大，无法完整地涵盖，并在介绍性摘要后为这些领域的调查或关键文档进行了参考。然后，就更广泛的地下研究社区的地下设施和基础设施需求，对每个研究领域的共享，相似和独特的需求进行了额外的关注。如果可能会出现使用类型，站点或持续时间的潜在冲突，则可以确定这些冲突。
This is a Snowmass 2021 Topical Report for the Underground Facilities and Infrastructure Frontier on Synergies in Research at Underground Facilities: A broad range of scientific and engineering research is possible in underground laboratories, beyond the physics-focused activities described in the other Underground Facilities and Infrastructure Topical Reports. These areas of research include nuclear astrophysics, geology, geoengineering, gravitational wave detection, biology, and perhaps soon quantum information science. This UF Topical Report will survey those other scientific and engineering research activities that share interest in research-orientated Underground Facilities and Infrastructure. In most cases the breadth and depth of research aims is too large to cover in completeness and references to surveys or key documents for those fields are provided after introductory summaries. Additional attention is then given to shared, similar, and unique needs of each research area with respect to the broader underground research community's Underground Facilities and Infrastructure needs. Where potential conflicts of usage type, site, or duration might arise, these are identified.
