Google DeepMind 利用 AI 深度探索宇宙：加速天文物理與宇宙學研究
Original: Using AI to perceive the universe in greater depth
As a new generation of astronomical telescopes — such as the European Space Agency's Euclid satellite and Chile's Vera C. Rubin Observatory…
Google DeepMind 介紹了 AI 在宇宙學與天文物理學中的前沿應用。面對新一代望遠鏡帶來的龐大觀測數據，傳統計算方法已達瓶頸。DeepMind 透過深度學習與神經網路，不僅能將複雜的宇宙演化模擬加速數萬倍，還能精確分析重力透鏡效應以繪製暗物質分佈地圖，為科學家探索宇宙奧秘提供強大工具。
As a new generation of astronomical telescopes — such as the European Space Agency's Euclid satellite and Chile's Vera C. Rubin Observatory — begin coming online, the astronomical community is facing an unprecedented "data tsunami." These instruments generate terabytes to petabytes of observational data every day, rendering traditional data analysis methods and physics-based simulation reconstruction woefully inadequate in the face of such massive information volumes. Google DeepMind recently shared how they are leveraging artificial intelligence (AI) to help scientists more deeply perceive and understand the universe.
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