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flag Scientists used quantum tech to boost precision in sensing by shifting uncertainty, not breaking it, paving the way for advanced sensors.

flag Researchers at the University of Sydney and international partners have developed a new quantum measurement technique that reconfigures Heisenberg’s uncertainty principle rather than violating it, enabling more precise sensing by shifting uncertainty to less relevant details. flag Using trapped ions and quantum error correction methods, the team enhanced sensitivity to tiny changes at the atomic scale, improving detection of faint signals for applications in navigation, medicine, and astronomy. flag The approach, validated in experiments and published in Science Advances and Nature Physics, leverages quantum computing tools to surpass standard limits, offering a promising path for next-generation quantum sensors still in laboratory development.

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