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How a Tardigrade "Micro Animal" Became Quantum Entangled with Superconducting Qubit

Physicists have extended the conditions in which life can exist further than ever before.

The Physics arXiv Blog iconThe Physics arXiv Blog
By The Physics arXiv Blog
Dec 22, 2021 2:30 PMDec 22, 2021 2:38 PM
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(Credit: Giovanni Cancemi/Shutterstock)

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In recent years, evidence has emerged that quantum physics seems to play a role in some of life’s fundamental processes. But just how it might do this is something of a mystery.

On the one hand, quantum phenomena are generally so delicate that they can only be observed when all other influences are damped – in other words in carefully controlled systems at temperatures close to absolute zero. By contrast, the conditions for life are generally complex, warm and damp. Understanding this seemingly contradictory state of affairs is an important goal.

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