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《新科学家》 第3603期 · 2026年7月11日 · 中文解读

时间的摆动或能解开引力最大谜团

Wobbles in time could solve gravity's greatest mystery · Leah Crane
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这篇讲什么
本文探讨了后量子引力理论,该理论认为时空并非量子,而是连续的,并预言时间存在微小随机波动,这或可检验引力与量子力学的统一。
原文开头
Wobbles in time could solve gravity’s greatest mystery The question of how gravity interacts with the quantum world has long perplexed physicists, but wobbles in time could help us find an answer, finds Leah Crane THE most vexing problem in physics right now is how general relativity – the laws that govern gravity and space-time on large scales – meshes with quantum mechanics, the laws that govern very small scales. There are many potential solutions, none proven, and so far very few of them have been conclusively ruled out either – or even rigorously investigated. Now, though, the day is approaching when one of those ideas could be put to the test. …
摘自《新科学家》(New Scientist)第3603期 · 2026年7月11日,Leah Crane。仅引用开头一小段供了解文章,版权归原刊所有,全文请阅读原刊。
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