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Particles that tie knots in spacetime.
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--- FOOTAGE CREDITS (Educational Fair Use) ---
• Footage courtesy: Oxford Instruments (@oxfordinstruments) — https://www.youtube.com/watch?v=cSlaIn8CDNo
• Footage courtesy: PCMag — https://www.youtube.com/watch?v=va8WMa51ga0
• Footage courtesy: Matescium — https://www.youtube.com/watch?v=Qo2NCWDUFHs

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Transcript
00:00Inside the Oxford Cryostat, liquid helium cools systems to temperatures where exotic quantum states emerge.
00:07Electrons normally forget every step they take, so how do these trapped quasi-particles remember their exact past?
00:15Unlike standard particles in our three-dimensional world, these exotic quasi-particles weave intricate braids through space and time.
00:23By braiding around each other in flat two dimensions, their trajectories leave behind topological records in quantum fields.
00:31This permanent memory lock turns braided trajectories into indestructible data storage banks.
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