中国科技界再获突破，第三代自主超导量子计算机“本源悟空”于今天上午9时正式上线运行。这一成果标志着我国在量子计算领域迈出了坚实的步伐，与国际先进水平接轨。
据了解，“本源悟空”量子计算机搭载了72位自主超导量子芯片“悟空芯”，是目前我国最先进的可编程、可交付超导量子计算机。它的问世，不仅展现了中国在量子科技领域的实力，也为我国量子计算机的研究和发展树立了新的里程碑。
超导量子计算机是基于超导电路量子芯片的量子计算机，具有极高的计算速度和潜力。在国际上，IBM与谷歌的量子计算机均采用超导技术路线。此次“本源悟空”的上线运行，显示了中国在这一领域的竞争力。
作为中国科技领域的一大亮点，“本源悟空”的上线将对我国科学研究、数据处理、密码学等多个领域产生深远影响。它的成功研发和运行，将进一步推动我国量子计算机技术的发展，助力我国在全球科技竞争中占据有利地位。
英文标题：China’s Third-Generation Autonomous Superconducting Quantum Computer “Origin悟空” Officially Online
英文关键词：Superconducting quantum computer, Origin悟空,悟空芯
英文新闻内容：
China’s scientific and technological community has achieved another breakthrough with the official online operation of the third-generation autonomous superconducting quantum computer “Origin悟空” this morning at 9 o’clock. This achievement marks a solid step forward for China in the field of quantum computing, aligning with international advanced levels.
According to reports, the “Origin悟空” quantum computer is equipped with a 72-qubit autonomous superconducting quantum chip “悟空芯”, making it the most advanced programmable and deliverable superconducting quantum computer in China. Its emergence not only showcases China’s strength in quantum technology, but also sets a new milestone in the research and development of quantum computers in our country.
Superconducting quantum computers are quantum computers based on superconducting circuit quantum chips, which have high computing speed and potential. Internationally, IBM and Google’s quantum computers both adopt the superconducting technology route. The online operation of “Origin悟空” demonstrates China’s competitiveness in this field.
As a major highlight of China’s scientific and technological field, the online operation of “Origin悟空” will have a profound impact on various fields in China, such as scientific research, data processing, and cryptography. Its successful development and operation will further promote the development of China’s quantum computer technology and help our country gain a favorable position in the global technology competition.
【来源】https://tech.ifeng.com/c/8W7QsPSQvA3
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