Quantum computers promise a revolution in computing technology, but they are still in their infancy. One of the key challenges faced by researchers is the high error rate caused by the interaction of qubits during operation. The team’s idea of using time crystals allows qubits to interact in a way that their state remains stable and is not subject to distortion.
The plan is to use ultracold potassium atoms to create temporary crystals that will allow qubits in a quantum computer to interact over long distances and with high efficiency. This approach can significantly expand the ability to process data and create more complex calculations.
Source: Ferra
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