Quantum Milestone Achieved: Certified Randomness Brings Practical Quantum Computing Closer to Reality [English]

Author: Impact Lab | Source: Impact Lab | Read the full article in English

In a significant advancement for quantum computing, researchers have successfully demonstrated a method to generate certified randomness using a 56-qubit quantum computer. This breakthrough, achieved by a collaboration of experts from various prestigious institutions, marks the first time that random numbers produced by a quantum system have been verified as truly random. This development is crucial for future applications in fields like cryptography and secure communication, where unpredictability is essential.

The process involved using a technique called random circuit sampling, which allows the quantum computer to produce outputs that classical computers cannot predict. By generating 71,313 bits of certifiably random data, the team showcased the unique capabilities of quantum systems. This achievement not only highlights the potential of quantum computing but also demonstrates its practical relevance in solving real-world problems that traditional computers struggle with.

Experts believe that this milestone could pave the way for future innovations in secure data transmission and complex simulations. The collaboration between quantum and classical computing systems is seen as a promising direction for the future, emphasizing the importance of certified quantum security in various industrial applications.

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