中科冷原子技术公司近日宣布完成数千万元战略融资，将加速中国首个全栈式原子量子计算机系统的研发。此次融资由多家知名基金和上市公司参与，旨在推动公司在原子量子计算和量子精密测量领域的实力，以响应国家在下一代计算技术商业化方面的战略部署。中科冷原子是国内首家集研发与商业化能力于一体的原子量子计算企业，在量子技术供应链中扮演重要角色。公司核心团队在量子计算领域拥有深厚积累，并在国际上获得认可。其研发的“起源一号”是中国首台原子量子计算机，具备无需极低温环境的特点，便于本地化和集成部署。公司还推出了量子云平台和更多原型机，并计划开发两种量子计算架构以满足不同应用场景的需求。

⚛️ **中科冷原子获数千万融资，加速中国首台全栈式原子量子计算机系统研发**：该公司通过引入战略投资，将重点发展原子量子计算和量子精密测量技术，这与国家推动下一代计算技术商业化的战略目标高度契合。这笔资金将用于扩大公司的研发和生产能力，巩固其在量子计算领域的领先地位。

💡 **原子量子计算的优势与技术突破**：中科冷原子专注于原子量子计算，该技术因其较长的相干时间和可扩展性而备受关注。与超导量子比特或离子阱等技术相比，原子系统在稳定性与简洁性方面表现突出，且无需低温环境，这使得“起源一号”等量子计算机能够实现高度本地化、集成化和易于部署。

🚀 **“起源一号”的创新性与广泛应用潜力**：作为中国首台原子量子计算机，“起源一号”打破了传统量子计算对极低温环境的依赖，可在标准室内环境中运行。公司还通过量子云平台和量子计算中心，为科研机构和大学提供服务，并计划开发全可编程和全局可控两种量子计算架构，以适应科学研究到国家安全等多元化的应用需求。

🇨🇳 **中国量子科技自主化与产业化加速**：中科冷原子的快速发展是中国在量子计算领域实现自主硬件研发和深度科技产业化的一个缩影。公司作为国家量子技术产业大学研究创新联盟的创始成员，积极推动中国量子技术供应链的发展，显示了中国在“量子竞赛”中争夺领先地位的决心和能力。

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AsianFin -- CAS COLD ATOM Technology (Wuhan) Co. has raised tens of millions of yuan in a strategic funding round to accelerate the development of China’s first full-stack atomic quantum computer system, the company said Tuesday.

Backers of the round include Xin Guang Quantum Fund, Optics Valley Angel Fund, Hubei Science Investment Angel Fund, and publicly listed Caixun Co.

The capital injection will be used to scale CAS COLD ATOM’s capabilities in atomic quantum computing and quantum precision measurement—two key areas within the nation's broader push to commercialize next-generation computing technologies.

CAS COLD ATOM is the first Chinese firm to combine both R&D and commercialization capacity in atomic quantum computing. It leads Hubei’s quantum technology supply chain and is a founding member of China’s National Quantum Technology Industry-University-Research Innovation Alliance.

Spun out from the Chinese Academy of Sciences’ Innovation Academy for Precision Measurement Science and Technology, the company’s core team was among the earliest in China to focus on neutral atom quantum computing. It has since become internationally recognized in quantum measurement, control, and interferometry.

Neutral atoms—identical, low-energy atoms with equal numbers of protons and electrons—are seen as a promising architecture for quantum computing due to their long coherence times, scalability, and flexibility. Compared to more established technologies like superconducting qubits or ion traps, neutral atom systems offer a unique blend of stability and simplicity without requiring cryogenic environments.

In June 2024, CAS COLD ATOM debuted Hanyuan No. 1, China’s first atomic quantum computer. Unlike traditional systems, Hanyuan can operate in standard indoor settings without the need for a dilution refrigerator, making it highly localized, integrated, and adaptable for broader deployment.

The company has also launched a quantum cloud platform and additional Hanyuan prototypes. Its clients include top Chinese research universities and institutions, and it is currently building what it calls the country’s first Atomic Quantum Computing Center.

CAS COLD ATOM plans to simultaneously develop two types of quantum computing architectures—fully programmable and globally controlled—in a bid to serve diverse application scenarios across sectors ranging from scientific research to national security.

As China races to lead the global quantum race, the company’s rapid progress reflects a shift in momentum toward indigenous hardware development and deep-tech industrialization.

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