Scientists discover how gold is formed in stars
科學家發現黃金如何在恆星中形成
For centuries, the origin of gold remained one of the universe's greatest mysteries.
幾個世紀以來，黃金的起源一直是宇宙最大的謎團之一。
While stars like our Sun create light elements through fusion, they lack the power to forge heavy metals like gold.
雖然像太陽這樣的恆星會透過核融合產生輕元素，但它們缺乏鍛造黃金這類重金屬的能力。
Instead, the cosmos relies on the r-process, an extreme event where atomic nuclei are bombarded by neutrons to create stable, heavy elements.
宇宙轉而依賴 r-過程（快中子捕獲過程，ㄎㄨㄞˋㄓㄨㄥˋㄗˇㄅㄨˇㄏㄨㄛˋㄍㄨㄛˋㄔㄥˊ），這是一種極端事件，原子核會受到中子轟擊，從而產生穩定的重元素。
Originally, scientists pointed to neutron star mergers—rare but massive explosions—as the primary source.
起初，科學家將中子星合併（罕見但巨大的爆炸）視為主要來源。
However, a recent discovery identified magnetar flares, which are frequent, high-energy starquakes, as a crucial source that seeded the early universe with gold long before neutron stars collided.
然而，一項新的發現指出，磁星閃焰（頻繁且高能量的恆星地震，ㄏㄥˊㄒㄧㄥㄎㄜˋㄓㄣˋ）也是關鍵來源，早在中子星碰撞前就已將黃金播種到早期宇宙中。
Rare, specialized supernovae may also contribute to this celestial alchemy.
稀有且特殊的超新星可能也對這種星際鍊金術有所貢獻。
These findings resolve the timing paradox that long puzzled researchers regarding the presence of gold in ancient stars.
這些發現解決了長期困擾研究人員關於古老恆星中存在黃金的時間矛盾。
By re-examining archival telescope data with modern expertise, astronomers have finally mapped the chemical history of our universe.
透過以現代專業知識重新檢視檔案望遠鏡數據，天文學家終於描繪出我們宇宙的化學史。
The gold in your jewelry or smartphone is truly cosmic in origin, forged billions of years ago in the most explosive, high-energy crucibles of deep space.
您珠寶或智慧型手機裡的黃金，確實起源於宇宙，是數十億年前在深空中最具爆發力、高能量的熔爐中鍛造而成的。
