來自哈伯與韋伯望遠鏡的太空新發現
New space discoveries from Hubble and Webb telescopes
Updated at: September 11, 2026 at 12:15 AM
哈伯太空望遠鏡與詹姆斯‧韋伯太空望遠鏡（JWST）之間的合作，已點燃了天文學的新黃金時代。
The collaboration between the Hubble Space Telescope and the James Webb Space Telescope (JWST) has ignited a new golden age in astronomy.
這兩座觀測站並非孤立運作，而是作為一個強大且互補的團隊進行協作。
Rather than working in isolation, these two observatories operate as a powerful, complementary team.
哈伯專精於紫外線與可見光，提供了數十年來高解析度的影像，而韋伯則利用其先進的紅外線功能，穿透不透明的宇宙塵埃進行觀測。
Hubble specializes in ultraviolet and visible light, providing decades of high-resolution imagery, while Webb peers through opaque cosmic dust using its advanced infrared capabilities.
這種「全色域」的協同效應，使科學家能以史無前例的方式觀察宇宙。
This 'panchromatic' synergy allows scientists to see the universe in a way never before possible.
近期的突破性研究突顯了這種合作關係，從識別柯伊伯帶中行星形成的基礎組成，到揭開早期宇宙中超大質量黑洞的面紗。
Recent breakthroughs highlight this partnership, from identifying the building blocks of planetary formation in the Kuiper Belt to uncovering supermassive black holes in the early universe.
在我們自己的太陽系中，哈伯仍不可或缺，近期更觀測到土星南極一個獨特的十邊形大氣波動。
In our own solar system, Hubble remains essential, recently spotting a unique 10-sided atmospheric wave at Saturn’s south pole.
與此同時，韋伯持續分析系外行星及其周圍環境的化學性質。
Meanwhile, Webb continues to analyze the chemical properties of exoplanets and their surrounding environments.
透過結合哈伯長期的歷史數據與韋伯洞察更深處時間與空間的能力，研究人員正建構出一部完整的敘事，探討宇宙如何從最初的恆星演化至我們今日所研究的複雜行星系統。
By combining Hubble’s long-standing historical data with Webb’s ability to peer deeper into time and space, researchers are constructing a complete narrative of how the universe evolved from its very first stars to the complex planetary systems we study today.
