CERN 的伽马工厂——由光构成的新型研究工具
加速器物理
2019-07-24 v2 仪器与探测器
摘要
我们探讨了在 CERN 加速器复合体中产生并存储高度相对论性的高电离原子束，并利用激光激发其原子自由度以产生高能光子束，从而创建新型研究工具的可能性。此类光子束的强度将比现有运行光源在特别令人关注的 0.1–400 MeV 伽马射线能域中所提供的强度高出数个数量级。在该能量范围内，高强度光子束可用于产生极化电子、极化正电子、极化缪子、中微子、中子及放射性离子的次级束流。基于上述初级与次级束流的伽马工厂科学计划，可在基础与应用物理的广泛领域中开辟新的研究机遇。
引用
@article{arxiv.1903.09032,
title = {Gamma Factory at CERN -- novel research tools made of light},
author = {W. Placzek and A. Abramov and S. E. Alden and R. Alemany Fernandez and P. S. Antsiferov and A. Apyan and H. Bartosik and E. G. Bessonov and N. Biancacci and J. Bieron and A. Bogacz and A. Bosco and R. Bruce and D. Budker and K. Cassou and F. Castelli and I. Chaikovska and C. Curatolo and P. Czodrowski and A. Derevianko and K. Dupraz and Y. Dutheil and K. Dzierzega and V. Fedosseev and N. Fuster Martinez and S. M. Gibson and B. Goddard and A. Gorzawski and S. Hirlander and J. Jowett and R. Kersevan and M. Kowalska and M. W. Krasny and F. Kroeger and M. Lamont and T. Lefevre and D. Manglunki and B. Marsh and A. Martens and J. Molson and D. Nutarelli and L. J. Nevay and A. Petrenko and V. Petrillo and S. Radaelli and S. Pustelny and S. Rochester and M. Sapinski and M. Schaumann and L. Serafini and V. P. Shevelko and T. Stoehlker and A. Surzhikov and I. Tolstikhina and F. Velotti and G. Weber and Y. K. Wu and C. Yin-Vallgren and M. Zanetti and F. Zimmermann and M. S. Zolotorev and F. Zomer},
journal= {arXiv preprint arXiv:1903.09032},
year = {2019}
}
备注
12 pages; presented by W. Placzek at the XXV Cracow Epiphany Conference on Advances in Heavy Ion Physics, 8-11 January 2019, Cracow, Poland