CosmicRayID

Executive Summary of CosmicRayID CosmicRayID is a compact (mass <50 kg, power <50 W) cosmic ray spectrometer designed for frontier astrophysics and interplanetary radiation monitoring. It integrates four advanced detector systems—Time-of-Flight, Silicon Tracker, RICH, and Calorimeter—with AI-driven edge computing to achieve high-fidelity particle identification (Z=1-26, including isotopes) over an energy range of 10 MeV/n to 100 GeV/n. Validated by Geant4 simulations, it offers >98% isotopic classification accuracy, enabling dark matter searches, galactic cosmic ray studies, and real-time dosimetry for human spaceflight. The non-magnetic design reduces size and power while maintaining precision. Estimated development cost is $15M–$20M, aligned with NASA’s Astrophysics Pioneers Program. With robust cybersecurity (AES-256 encryption, NIST compliance), ethical considerations (UNOOSA-compliant debris mitigation, open data access), and a 48-month timeline, CosmicRayID delivers transformative science and safety for deep-space missions.宇宙射线识别仪（CosmicRayID）执行摘要 宇宙射线识别仪（CosmicRayID）是一款紧凑型（质量小于50千克，功耗小于50瓦）宇宙射线光谱仪，专为前沿天体物理学研究与行星际辐射监测任务设计。该设备集成了四大先进探测器系统——飞行时间探测器（Time-of-Flight）、硅径迹探测器（Silicon Tracker）、环成像切伦科夫探测器（RICH）以及量热计（Calorimeter）——并搭载人工智能驱动的边缘计算系统，可在10 MeV/n至100 GeV/n的能量区间内实现高保真粒子识别（原子序数Z=1~26，涵盖同位素）。经Geant4仿真验证，该设备的同位素分类精度超过98%，可支撑暗物质探测、银河宇宙射线研究以及载人航天飞行的实时剂量测定工作。非磁体设计在保障探测精度的同时，进一步缩减了设备体积与功耗。项目预估开发成本为1500万至2000万美元，符合美国国家航空航天局（NASA）天体物理学先驱计划的资助要求。该设备具备完善的网络安全防护能力（采用AES-256加密，符合美国国家标准与技术研究院（NIST）标准），兼顾伦理规范（遵循联合国外层空间事务厅（UNOOSA）的空间碎片减缓要求，支持开放数据获取），并规划了48个月的研发周期，可为深空任务提供变革性的科学研究支撑与安全保障。