论文标题
Snowmass仪器边界IF02主题组报告：光子探测器
Snowmass Instrumentation Frontier IF02 Topical Group Report: Photon Detectors
论文作者
论文摘要
光子探测器局部组已经确定了两个领域，在未来十年中，聚焦研发可能会对高能量物理实验产生巨大影响。此处描述的这些领域的特征是令人信服的科学需求和最新技术进步的融合。关键消息： IF02-1在过去十年中，具有从IR到UV计数单个光子从IR到UV的能力的检测器的发展一直是非常活跃的区域。现在，我们需要追求R \＆D在HEP实验中实施这些阵列，从而改善其能量分辨率，时机，黑暗计数速率并扩大其波长覆盖范围。 IF02-2的新光子检测器开发正在考虑超出当前技术的计划的未来中微子实验。已经进行了概念演示，我们现在需要从概念阶段转变为工作探测器。 发电，检测和操纵光的科学非常快速移动，主要是在我们领域外部驱动的。 HEP社区将受益于用于在粒子物理实验中实施这些先进的光子技术的资源。
The Photon Detectors Topical Group has identified two areas where focused R&D over the next decade could have a large impact in High Energy Physics Experiments. These areas described here are characterized by the convergence of a compelling scientific need and recent technological advances. Key messages: IF02-1 The development of detectors with the capability of counting single photons from IR to UV has been a very active area in the last decade. We now need to pursue R\&D to implement these in HEP experiments by making larger arrays, improving their energy resolution, timing, dark counts rates and extending their wavelength coverage. IF02-2 New photon detector developments are being considered for planned future neutrino experiments going beyond the current technologies. Concept demonstrations have been done, and we now need to move from a conceptual phase to working detectors. The science for generation, detection and manipulation of light is extremely fast moving and driven mainly from outside our field. The HEP community would benefit from resources dedicated to the implementation of these advanced photonic technologies in particle physics experiments.
