ARIADNE and dual phase optical readout for future neutrino liquid argon detectors

ERC ARIADNE项目开发并展示了一种改变两相氩探测器的光学读出解决方案，为未来的巨型中微子液体氩探测器提供了一种极具成本效益的选择。进一步优化和扩大光学读数将在CERN中微子平台上使用5mx5mx1米的低温容器进行。该学生将加入ARIADNEprogram，参与CERN大型液氩实验的建设和运行。学生将详细了解加压液体惰性气体系统，并操作和校准低温液体氩气探测器。该学生将进一步优化光学读出技术，进行液氩事件重建研究和分析在CERN收集的数据。对于这个博士职位，预计将在欧洲核子研究中心度过一年。

The ERC ARIADNE project has developed and demonstrated a gamechanging optical readout solution to two-phase LAr detectors thatoffers a highly cost effective option for the future colossal neutrinoliquid argon detectors. A further optimisation and scale up of theoptical readout will take place at the CERN neutrino platform using a5mx5mx1m cryogenic vessel. The student will join the ARIADNEprogram and will participate in the construction and running of thelarge-scale liquid argon experiment at CERN. The student will gain adetailed understanding of pressurized liquid noble gas systems andoperate and calibrate the cryogenic liquid argon detector. Thestudent will optimise further the optical readout technology, performliquid argon event reconstruction studies and analysis of datacollected at CERN. For this PhD position it is expected that a year willbe spent at CERN.