He'e-Lab：用于天文光子学与波前传感开发的模块化测试平台
He'e-Lab: A modular testbed for astrophotonics and wavefront sensing development
AI总结：
He'e-Lab是用于天文光子学与波前传感开发的模块化测试平台，可验证相关组件与算法，已完成系统对准，将开展自适应光学与光子器件验证。
AI中文摘要：
先进天文仪器需要可访问、可重构的平台，以便在天基部署前验证新技术与算法。本文介绍夏威夷实验工程实验室（He'e-Lab）的设计、架构与对准验证，这是一个最先进的模块化测试平台，专注于两个互补研究方向：（A）实时计算回路内天文光子学组件的集成与表征；（B）高级波前传感与控制（WFS&C）算法的开发。该测试平台配备宽带超连续谱光源（500纳米至2微米）、1000致动器的波士顿微机械高次变形镜，以及提供活塞-倾斜- tip-tilt控制的37段六边形镜组件，用于模拟凯克望远镜、詹姆斯·韦伯空间望远镜（JWST）等分段孔径。下游能力包括HASO 126夏克-哈特曼传感器、由CACAO软件包驱动的实时计算环境，以及耦合到可见光谱仪（R=3000）的模块化注入平台。本文报告系统对准成功，并概述即将开展的自适应光学与光子器件验证框架的路线图。
英文摘要：
Advanced astronomical instrumentation requires accessible, reconfigurable platforms to validate novel technologies and algorithms before on-sky deployment. We present the design, architecture, and alignment validation of the Hawaii Experimental Engineering Lab (He'e-Lab), a state-of-the-art modular testbed dedicated to two complementary research tracks: (A) the integration and characterization of astrophotonics components within a real-time computing loop, and (B) the development of advanced wavefront sensing and control (WFS&C) algorithms. The testbed features a broadband supercontinuum source (500 nm to 2 microns), a high-order 1k-actuator Boston Micromachines deformable mirror, and a 37-segment hexagonal mirror assembly providing piston-tip-tilt control to emulate segmented apertures like Keck and JWST. Downstream capabilities include a HASO 126 Shack-Hartmann sensor, a real-time computing environment driven by the CACAO package, and a modular injection platform coupled to a visible-wavelength spectrograph (R3, 000). We report on the successful system alignment and outline the roadmap for upcoming adaptive optics and photonic device validation frameworks.
