然而自由空间中的真空涨落强度通常较弱，很难对宏观凝聚态物质产生可观测效应。为此，研究团队引入太赫兹分裂环谐振器构成的“暗腔”，无需外部驱动，通过重塑电磁环境，可显著增强真空涨落。研究团队将超导体NbSe2嵌入太赫兹暗腔，构建超导体-暗腔耦合器件（图b ...

From Still Images to Video:Observing SupermassiveBlack Holes on Event-horizon Scales事件视界望远镜（EHT）项目创始主任、2020年基础物理学突破奖得主Sheperd ...

研究人员希望利用人工智能解决粒子物理学面临的危机。 1930年，一位名叫卡尔·D.安德森（Carl D.

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