China’s Origin Wukong Quantum Computer Surpasses 20 Million Global Visits, Majority from US Users

China’s Origin Wukong quantum computer has surpassed 20 million international visits, with the United States accounting for most of these interactions. This unprecedented access volume underscores the growing appeal and potential of China’s self-developed quantum computing services, a trend that is reshaping the global technological landscape.

Origin Quantum, the developer of Origin Wukong, announced this milestone on Friday via social media. The quantum computer, powered by a 72-qubit superconducting quantum chip, is now accessible in 139 countries and regions worldwide. Those from the US, Russia, Japan, and Canada are the most active among international users, with the US consistently leading in foreign visit volume.

Since its launch in January 2024, Origin Wukong has completed over 339,000 quantum computing tasks across various industries, including fluid dynamics, finance, and biomedicine. Moreover, it has secured a commercial procurement order from a well-known enterprise of a permanent member state of the United Nations Security Council, marking the first export of China’s self-developed quantum computing power.

Quantum computing, considered the most promising alternative to silicon-based general computers, is poised to revolutionize numerous sectors. According to the company, Origin Wukong’s efficiency has increased significantly due to its third-generation quantum computing measurement and control system, which enabled automated batch testing of quantum chips.

This development underscores China’s growing prowess in quantum technology, a field that is increasingly becoming a geopolitical battleground. As more countries invest in quantum computing, the race towards quantum supremacy is heating up, with far-reaching implications for national security, economic competitiveness, and technological innovation.

China’s Quantum Leap: The Global Phenomenon of Origin Wukong

In the rapidly evolving landscape of technological innovation, China’s Origin Wukong quantum computer has emerged as a global powerhouse, attracting over 20 million visits from around the world. With the United States leading the charge, this third-generation superconducting quantum computer is making significant strides in various industries and setting new records for China’s self-developed quantum computing services.

Launched on January 6, 2024, Origin Wukong has completed over 339,000 quantum computing tasks across sectors such as fluid dynamics, finance, and biomedicine. The quantum computer’s impressive performance has not gone unnoticed, with a well-known enterprise of a permanent member state of the United Nations Security Council placing a commercial procurement order for its quantum computing power – a historic first for China’s self-developed quantum technology.

Accessible in 139 countries and regions worldwide, Origin Wukong boasts a robust international user base. The most active users are from the US, Russia, Japan, and Canada. The United States consistently leads in foreign visit volume, underscoring the global appeal of China’s quantum computing prowess.

At the core of Origin Wukong lies the “Wukong chip”, a 72-qubit superconducting quantum chip that powers this cutting-edge machine. As the most advanced programmable and deliverable superconducting quantum computer in China, Origin Wukong is poised to challenge the dominance of silicon-based general computers in the quantum computing arena.

Equipped with Origin Quantum’s third-generation quantum computing measurement and control system, Origin Wukong has achieved a significant milestone: automated batch testing of quantum chips. According to the company, this development indicates that the quantum computer’s efficiency has increased by tens of folds.

As China’s Origin Wukong continues to make waves in the global quantum computing scene, it is essential to consider the broader implications of this technological advancement. The potential applications of quantum computing are vast and varied, from revolutionizing finance and medicine to unlocking new possibilities in materials science and climate modeling.