EPISODE · Mar 1, 2026 · 15 MIN
747. 纽约大学发现可手持的声学悬浮时间晶体
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纽约大学的研究人员近期开发出一种新型“悬浮”时间晶体，这种物质能够通过声波在空中保持平衡。与遵循传统物理定律的物质不同，这些微小的聚苯乙烯球体在互动时违背了牛顿第三定律，呈现出非对称的受力状态。这种独特的非互惠相互作用使颗粒能够自发地产生周期性振荡，形成了肉眼可见的动态结构。该项发现不仅简化了制造时间晶体的过程，还为量子计算、数据存储以及理解生物钟机制提供了新的科研方向。这项研究成果已发表在《物理评论快报》上，展示了声学悬浮技术在探索复杂物理现象中的巨大潜力。内容来源：https://www.nyu.edu/about/news-publications/news/2026/february/scientists-discover--levitating--time-crystals-that-you-can-hold.html
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747. 纽约大学发现可手持的声学悬浮时间晶体
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