论文标题
在未来十年之前
White Paper on Leading-Edge technology And Feasibility-directed (LEAF) Program aimed at readiness demonstration for Energy Frontier Circular Colliders by the next decade
论文作者
论文摘要
在这份白皮书《雪人2021过程》中，我们建议建立磁铁领先的技术和以可行性为导向的计划（LEAF计划），以便为未来的撞机做出准备，以实现未来的撞机决定对未来十年的时间表。 LEAF计划将依靠并与磁铁开发计划（MDP），指挥家采购和R＆D（CPRD）计划以及在早期职业奖项（ECA）（ECA）或实验室指挥R＆D（LDRD）Funds支持的HEP办公室中涵盖的通用研发工作和其他活动。在可能的情况下，与DOE或NSF其他办公室的协同努力联系在一起，并建议在国家规模上作为更广泛的协作努力。国际努力也被称为叶计划的潜在合作伙伴。 我们设想叶子计划集中精力证明磁铁山脉以及下一代高能量强子山子山液的可行性，并在必要时追求并有必要，并保证了应用程序的性质，从研发模型过渡到长模型/原型。 LEAF程序将自然驱动加速器质量和实验 - 界面设计注意事项。在必要时，叶子还将集中在降低成本和/或工业化步骤上。
In this White Paper for the Snowmass 2021 Process, we propose the establishment of a magnet Leading-Edge technology And Feasibility-directed Program (LEAF Program) to achieve readiness for a future collider decision on the timescale of the next decade. The LEAF Program would rely on, and be synergetic with, generic R&D efforts presently covered - in the US - by the Magnet Development Program (MDP), the Conductor Procurement and R&D (CPRD) Program and other activities in the Office of HEP supported by Early Career Awards (ECA) or Lab Directed R&D (LDRD) funds. Where possible, ties to synergetic efforts in other Offices of DOE or NSF are highlighted and suggested as wider Collaborative efforts on the National scale. International efforts are also mentioned as potential partners in the LEAF Program. We envision the LEAF Program to concentrate on demonstrating the feasibility of magnets for muon colliders as well as next generation high energy hadron colliders, pursuing, where necessary and warranted by the nature of the application, the transition from R&D models to long models/prototypes. The LEAF Program will naturally drive accelerator-quality and experiment-interface design considerations. LEAF will also concentrate, where necessary, on cost reduction and/or industrialization steps.
