A new breakthrough in quantum computing has been made! Scientists have discovered a way to solve a long-standing issue in the field: the so-called ‘mirror twins defect’. This defect occurs when two qubits, or quantum bits, become entangled in a way that produces an unreliable, or ‘mirror’, result.

The breakthrough was made using a technique known as “entanglement swapping”, which allows pairs of qubits to be linked together without having to be physically close. This new method could enable computers to generate reliable results faster and more accurately than ever before.

This is a huge step forward for quantum computing and could open up a world of possibilities. We can’t wait to see what other leaps and bounds the field makes in the coming years!

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source: Phys.org