Distant time crystals can somehow fall into the same rhythm
Researchers have found that multiple time crystals can synchronize their movements, with some able to fall into the same rhythm even when separated by relatively large distances. This synchronization is made possible through a connection carried by electrons in the material. The discovery has implications for the development of new devices based on spin systems.
Why it's good news: It could lead to breakthroughs in technology and innovation, offering potential solutions for future problems.
The science section covers breakthroughs in medicine, physics, biology, and technology. We surface discoveries that expand what humanity can do, from new treatments reaching clinical trials to engineering feats that seemed impossible a decade ago. Every link goes to the original publisher so you can read the full study or press release yourself.
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