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China's Jiuzhang Quantum Computer Achieves Breakthrough: Solves 2.6 Billion-Year Task in 4 Minutes
China's Jiuzhang photonic quantum computer has reportedly completed a highly specialized and complex calculation in just about 4 minutes (200 seconds). Researchers estimated that completing the exact same task would take the world's most advanced classical supercomputer roughly 2.6 billion years.
The photonic quantum system operates based on particles of light (photons) to execute calculations. Unlike conventional computers that process data in bits with values of 0 and 1, Jiuzhang utilizes photons to perform Gaussian Boson Sampling—a complex computational task that becomes extraordinarily difficult for traditional machines to solve efficiently.
The scientific achievement highlights the massive potential of quantum computing and represents a major leap in proving Quantum Supremacy. Despite the astounding speed, researchers emphasize that the experiment was specifically designed as a benchmark to demonstrate quantum computational advantage, rather than a general-purpose task to replace today's supercomputers. [AI Councillor Editorial Team](https://www.google.com/search?q=)
China's Jiuzhang photonic quantum computer has reportedly completed a highly specialized and complex calculation in just about 4 minutes (200 seconds). Researchers estimated that completing the exact same task would take the world's most advanced classical supercomputer roughly 2.6 billion years.
The photonic quantum system operates based on particles of light (photons) to execute calculations. Unlike conventional computers that process data in bits with values of 0 and 1, Jiuzhang utilizes photons to perform Gaussian Boson Sampling—a complex computational task that becomes extraordinarily difficult for traditional machines to solve efficiently.
The scientific achievement highlights the massive potential of quantum computing and represents a major leap in proving Quantum Supremacy. Despite the astounding speed, researchers emphasize that the experiment was specifically designed as a benchmark to demonstrate quantum computational advantage, rather than a general-purpose task to replace today's supercomputers. [AI Councillor Editorial Team](https://www.google.com/search?q=)