Answering the big questions in astronomy with astrophotonic spectroscopy

J. Allington-Smith
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Abstract

Astrophotonics offers the means to answer some of the most outstanding questions in astronomy by improving the versatility - and therefore the scientific productivity - of highly-multiplexed and precision spectroscopic systems. Together with the increased collecting aperture of the next generation of telescopes and wide-field Adaptive Optics, large, high-precision surveys of faint objects, selected primarily by mass content rather than luminous output, will be possible. Tight control over the instrument characteristics will also permit recovery of the most subtle spectral features. This requires the imaginative use of photonic devices and principles.
用天体光子光谱学解答天文学中的重大问题
天文光子学通过提高多路复用和精密光谱系统的多功能性,从而提高科学生产力,为天文学中一些最突出的问题提供了答案。再加上下一代望远镜的收集孔径增大和宽视场自适应光学,对微弱天体进行大规模、高精度的调查将成为可能,这些调查主要是通过质量含量而不是发光输出来选择的。对仪器特性的严格控制也将允许恢复最细微的光谱特征。这就需要对光子器件和原理进行富有想象力的运用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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