用光波观测
解释电磁波谱如何成为现代天文学的主要工具——不同波长（射电、红外、可见光、紫外、X射线、伽马射线）会揭示不同的天象，说明为什么有些望远镜必须进入太空，以及每个波长范围促成了哪些具体发现（如微波背景辐射、X射线黑洞喷流、射电冷气体云）。
Explain how the electromagnetic spectrum is the primary tool of modern astronomy — different wavelengths (radio, infrared, visible, ultraviolet, X-ray, gamma-ray) reveal different phenomena, why some telescopes must be in space, and what specific discoveries each wavelength range has enabled (e.g. CMB in microwave, black hole jets in X-ray, cold gas clouds in radio)
学习证据 / Evidence
- 列举电磁波谱中至少四个波段，并说明在每个波段观测到的具体天体或天象。
- 解释为什么有些望远镜必须放在太空中（地球大气会阻挡X射线、伽马射线和大部分红外辐射）。
- 描述James Webb Space Telescope或Hubble，并说明它们各自主要观测电磁波谱的哪一部分，以及为什么选择该波段。
- Lists at least four regions of the EM spectrum and gives a specific astronomical object or phenomenon observed in each
- Explains why some telescopes must be placed in space (Earth's atmosphere blocks X-ray, gamma-ray, and much infrared radiation)
- Describes the James Webb Space Telescope or Hubble and explains which part of the spectrum each primarily observes and why that was chosen
评估问题 / Assessment
如果{{name}}被告知，我们无法用肉眼看到宇宙的大部分，{{name}}能解释这是为什么吗？还能描述两种探测可见光以外信息的望远镜，并说出它们帮助我们发现了什么吗？
If {{name}} was told that we can't see most of the universe with our eyes, could they explain why — and describe two types of telescope that detect something other than visible light, naming what they've helped us discover?