论文标题
出于较小的丰富性：未来山脉的一个可能上演的蓝图
Richness out of smallness: a Possible Staged Blueprint on Future Colliders
论文作者
论文摘要
新颖的碰撞方法和丰富的现象对于使高能碰撞物理学更加稳健和吸引力至关重要。在本文档中，我们为将来的高能量壁画提供了一个分阶段的蓝图：从中微子 - 中微子碰撞，中微子 - 莱普顿碰撞到电子穆恩和Muon-Muon碰撞。 TEV Scale Muons的Neutrino Beam是丰富高能量碰撞计划的好候选者，可以作为迈向高能MUON对撞机的实用一步，这仍然需要数十年的研发。中微子-Neutrinos碰撞提供了一种有希望的方法，用于探测重量的主要中微子和有效的中微子质量。中微子和抗肿瘤歼灭Z玻色子的横截面在10K PB水平下具有巨大的横截面。 Leptons-neutrinos碰撞受益于W玻色子质量精度测量。只有最少的集成亮度，人们就可以设想``小巧''。本文档总结了通过中间设施所需的挑战性技巧较小的当前状态和通往穆恩对撞机的路线图，这些技术可以实现各种各样的物理目标。 （预备）关于新颖的山着人的实验室可以吸引广泛的国际利益和合作。
Novel collision methods and rich phenomena are crucial to keeping high-energy collision physics more robust and attractive. In this document, we present a staged blueprint for future high-energy colliders: from neutrino-neutrino collision, neutrino-lepton collision to electron-muon and muon-muon collisions. Neutrino beam from TeV scale muons is a good candidate to enrich high-energy collision programs and can serve as a practical step toward a high-energy muon collider, which still requires tens of years of R&D. Neutrinos-neutrinos collision provides a promising way to probe heavy Majorana neutrinos and effective neutrino mass; neutrino and antineutrino annihilation into Z boson has a huge cross-section at 10K pb level; leptons-neutrinos collision benefits W boson mass precision measurements. With only a minimal amount of integrated luminosity, one can envision the ``Richness out of smallness''. This document summarizes the current status and the roadmap towards the muon-muon collider with less challenging techniques required through intermediate facilities, where a wide variety of physics goals could be achieved. A (preparatory) laboratory on novel colliders could attract vast international interests and collaborations.
