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量子计算最大IPO来了

陶辉东 2026-06-05 14:53
陶辉东 2026/06/05 14:53

邦小白快读

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本文核心是报道量子计算领域有史以来规模最大的IPO事件,整理核心干货信息如下

1. 基本交易信息:Quantinuum于6月4日在纳斯达克挂牌上市,当前市值156亿美元,发行价因市场反应热烈一再上调,募资额超过此前所有量子计算公司IPO募资总和,上市后最高涨幅达12%。公司当前仍处于亏损状态,2025年营收仅3090万美元,净亏损1.93亿美元,2026年一季度营收同比暴跌73%,单季净亏损增至1.37亿美元。

2. 公司背景与发展:Quantinuum由霍尼韦尔量子部门和英国剑桥量子计算合并而成,霍尼韦尔控股,依托霍尼韦尔的精密制造技术走差异化离子阱路线,连续五年兑现量子体积每年提升10倍的承诺,当前自称全球性能最强的量子计算机公司,预计2029年推出首款通用容错量子计算机,上市主要为筹集研发资金。

本文对量子计算及硬科技领域品牌的发展,提供了多方面的参考干货

1. 产品研发参考:霍尼韦尔没有跟风谷歌IBM的超导路线,结合自身百年精密控制、微制造的技术积累,选择离子阱差异化路线,将原本用于航空航天、军工的技术直接平移到量子计算研发,形成了自身的技术壁垒,避开了直接同质化竞争。

2. 品牌增长路径:Quantinuum通过和摩根大通、宝马、空客、英伟达等各领域头部企业开展标杆合作,打造行业认可的研究成果,既提升了品牌影响力,又获得了头部巨头的资本入股背书,快速拉高品牌估值。

3. 资本运作参考:Quantinuum依托当前量子计算的赛道热度和主权资本支持,选择合适时机上市,成功获得远超预期的高估值,解决了研发烧钱的资金需求,同时依托母公司霍尼韦尔的老牌巨头背书快速建立市场认知。

对于切入量子计算领域的创业者和卖家,本文梳理了明确的机会提示与风险提醒

1. 行业红利机会:当前量子计算已经成为大国竞争的核心赛道,全球多国都投入了大规模的主权资本扶持,美国给Quantinuum单独投入1亿美元,欧洲多国启动国家级项目,累计投入数十亿美元,整个行业处于资本红利期,新进入者有较多获得政策和资本支持的机会。

2. 差异化切入机会:不用都扎堆做硬件,剑桥量子计算走软件层路线,坚持“硬件不可知”思路,开发适配所有技术路线的量子计算操作系统、开发工具包和行业应用,快速成长为行业明星公司,这种低门槛差异化切入模式值得参考。

3. 核心风险提示:当前量子计算商业化还未成熟,收入高度依赖少数大客户,Quantinuum60%的收入来自日本理化学研究所,大客户合同到期后收入直接暴跌73%,且行业烧钱速度极快,创业者必须提前做好现金流规划,警惕资金断裂风险。

对于传统制造工厂,本文提供了布局新赛道挖掘技术价值的干货启示

1. 存量技术的新机会:传统工厂积累的高端制造技术可以平移到硬科技新赛道,霍尼韦尔原本做航空航天、军工领域的精密控制、超低温真空腔构建、激光传感技术,这些技术刚好是量子计算硬件研发最核心的工程能力,帮助霍尼韦尔在量子计算赛道建立了比科技巨头更强的工程落地优势,说明传统工厂不用从零布局,可以挖掘存量技术的新商业价值。

2. 业务布局路径参考:霍尼韦尔在研发早期选择秘密研发、自有资金投入的方式,避免研发不确定性影响母公司股价,等到技术成熟后再分拆合并,对接资本最终上市,这种路径非常适合传统工厂布局高风险新业务。

3. 未来方向启示:量子计算等下一代硬科技的核心竞争点在于高端精密制造能力,掌握核心精密制造技术的工厂,未来会获得更多和科技企业合作的商业机会。

对于量子计算相关领域的服务商,本文梳理了行业趋势和可切入的干货方向

1. 行业发展趋势:当前量子计算赛道已经进入资本化加速阶段,首个大规模IPO落地,资本和主权资本投入热度极高,行业正从实验室研发阶段迈向商业化扩张阶段,对配套的技术服务、软件服务、解决方案服务商的需求快速提升,服务商迎来布局风口。

2. 差异化服务机会:剑桥量子计算的“硬件不可知”思路验证了软件层服务的可行性,不管未来哪种硬件路线胜出,底层软件工具、操作系统、算法库都是刚需,服务商可以提前布局这个方向,不用投入重资产做硬件研发,就能切入量子计算赛道。

3. 场景方向参考:当前行业已经在金融信息处理、化工催化模拟、量子网络安全、AI混合计算等方向开展商业化探索,服务商可以围绕这些成熟探索场景开发配套解决方案,对接硬件厂商和行业客户获得增长。

对于硬科技产业平台、量子计算相关平台,本文整理了行业需求和运营参考干货

1. 行业核心需求:当前量子计算行业处于高速增长初期,大量企业面临巨大的资金缺口,头部企业每年烧钱规模超过十亿美元,对资本对接、上市服务、产业资源对接有强烈需求,同时全球主权资本都在寻找优质量子计算项目,平台可以依托对接供需获得发展机会,把握政策红利。

2. 招商布局方向:平台招商可以重点关注两类项目,一类是有传统高端制造技术背景、切入量子计算硬件核心环节的项目,这类项目有多年技术积累,成功率远高于纯初创项目;另一类是做底层软件工具的项目,适配所有硬件路线,市场空间大,落地更快。

3. 风险规避提示:当前量子计算商业化远未成熟,普遍存在高估值高亏损、收入不稳定的问题,平台需要提示参与者长期风险,避免过度炒作,同时重点筛选现金流健康、有资本背书的项目,降低平台风险。

对于量子计算产业研究者,本文提供了最新的产业动向和研究方向参考

1. 最新产业动向:Quantinuum完成量子计算领域有史以来规模最大的传统IPO,当前市值达到156亿美元,标志着量子计算产业正式进入资本化加速阶段,主权资本已经成为行业发展的核心推力,全球多国都将量子计算作为大国竞争的核心赛道,投入大规模资金扶持本土企业,产业发展进入新阶段。

2. 创新商业模式总结:当前行业诞生了传统工业巨头技术输出+软件创业公司合并的新模式,硬件走差异化离子阱路线,软件走硬件中立路线,二者结合后实现快速增长,估值五年内从独角兽门槛增长到156亿美元,这种模式非常值得深入研究。

3. 值得研究的新问题:当前行业普遍存在高估值高亏损、收入依赖政府研究机构、商业化落地滞后的问题,这种发展模式的可持续性,以及通用容错量子计算落地后对整个计算产业的影响,都是非常有价值的研究方向。

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Quick Summary

This article covers the largest IPO in quantum computing history, with key takeaways as follows:

1. Basic deal details: Quantinuum began trading on the NASDAQ on June 4, with a current market capitalization of $15.6 billion. Its offering price was raised repeatedly due to strong investor demand, and the total capital raised exceeds the sum of all previous IPOs by quantum computing firms. The stock rose as much as 12% following its debut. The company remains unprofitable: it posted $30.9 million in revenue and a net loss of $193 million in 2025, while revenue plummeted 73% year-over-year in Q1 2026, with the quarterly net loss widening to $137 million.

2. Company background and roadmap: Quantinuum was formed through the merger of Honeywell's quantum division and UK-based Cambridge Quantum Computing, and is majority-controlled by Honeywell. Leveraging Honeywell's precision manufacturing expertise, it has adopted a differentiated trapped-ion quantum technology approach, and has delivered on its promise of a 10x annual increase in quantum volume for five consecutive years. Quantinuum claims to build the world's most powerful quantum computers, and targets launching the first general-purpose fault-tolerant quantum computer by 2029. The IPO is primarily aimed at raising capital for research and development.

This article provides key takeaways for brands in quantum computing and hard tech sectors:

1. Product R&D reference: Instead of following Google and IBM's superconducting qubit approach, Honeywell leveraged its century-long expertise in precision control and micro-manufacturing to pursue the differentiated trapped-ion route. It directly adapted technologies originally developed for aerospace and defense for quantum computing R&D, built unique technical barriers, and avoided direct homogeneous competition.

2. Brand growth path: Quantinuum has built industry-recognized research outcomes through flagship partnerships with leading firms across sectors including JPMorgan Chase, BMW, Airbus and NVIDIA. This strategy boosted brand awareness, secured capital and endorsement from tech giants, and rapidly lifted the company's valuation.

3. Capital operation reference: Leveraging the current sector heat in quantum computing and support from sovereign capital, Quantinuum went public at an opportune time, secured a much higher valuation than expected, and addressed the massive capital needs for R&D. It also quickly built market recognition by leveraging the endorsement of its parent company, established industrial giant Honeywell.

This article outlines clear opportunity and risk alerts for entrepreneurs and players entering the quantum computing sector:

1. Industry红利 opportunities: Quantum computing has become a core track in great power competition, with many countries around the world injecting large amounts of sovereign capital into the sector. The U.S. has allocated $100 million specifically to Quantinuum, and multiple European countries have launched national projects with total investments in the billions of dollars. The entire sector is in a period of capital红利, and new entrants have ample opportunities to secure policy and capital support.

2. Differentiated entry opportunities: Entrepreneurs do not need to crowd into hardware development. Cambridge Quantum Computing initially focused on the software layer, adhering to a "hardware-agnostic" approach by developing quantum operating systems, developer toolkits and industry applications compatible with all technical routes. This allowed it to quickly grow into a high-profile industry player, and this low-barrier, differentiated entry model is well worth referencing.

3. Core risk warning: Quantum computing commercialization is still immature, and industry revenue is highly dependent on a small number of large clients. 60% of Quantinuum's revenue came from the RIKEN research institute in Japan, and revenue dropped 73% directly after the large client contract expired. The sector also burns through capital at an extremely rapid pace, so entrepreneurs must plan cash flow in advance and guard against the risk of capital chain rupture.

This article provides key insights for traditional manufacturing factories looking to enter new tracks and unlock technical value:

1. New opportunities for existing technologies: High-end manufacturing capabilities accumulated by traditional factories can be adapted for new hard tech tracks. Honeywell's original core technologies for aerospace and defense—including precision control, cryogenic vacuum chamber construction, and laser sensing—are exactly the core engineering capabilities required for quantum computing hardware R&D. These capabilities gave Honeywell stronger engineering execution advantages than pure tech giants in the quantum computing track, proving that traditional factories do not need to build capabilities from scratch; they can unlock new commercial value from their existing technical stock.

2. Business expansion path reference: Honeywell adopted a stealth R&D approach funded by internal capital in the early development stage, which avoided the impact of R&D uncertainty on the parent company's share price. After the technology matured, it spun off the business, merged it with Cambridge Quantum, and pursued public listing. This path is very suitable for traditional factories developing high-risk new businesses.

3. Future direction insight: The core competitiveness of next-generation hard technologies like quantum computing lies in high-end precision manufacturing. Factories that master core precision manufacturing technologies will gain more commercial opportunities for collaboration with technology companies in the future.

This article outlines industry trends and actionable entry directions for service providers in quantum computing-related fields:

1. Industry development trend: The quantum computing track has now entered a phase of accelerated capitalization. With the closing of this first large-scale IPO, capital and sovereign investment in the sector is at an all-time high. The industry is transitioning from pure laboratory R&D to commercial expansion, and demand for supporting technical services, software services and solution providers is growing rapidly. Service providers are facing a major window of opportunity.

2. Differentiated service opportunities: Cambridge Quantum Computing's hardware-agnostic approach has validated the viability of software-layer services. No matter which hardware route ultimately dominates the market, underlying software tools, operating systems and algorithm libraries will always be core刚需. Service providers can enter the quantum computing track by focusing on this area in advance, without the need for heavy capital investment in hardware R&D.

3. Scenario direction reference: The industry is already pursuing commercial exploration in fields including financial information processing, chemical catalysis simulation, quantum cybersecurity, and hybrid AI computing. Service providers can develop supporting solutions around these already explored scenarios, and grow by partnering with hardware vendors and serving industry clients.

This article summarizes industry demand and operational references for hard tech industry platforms and quantum computing-related platforms:

1. Core industry demand: The quantum computing industry is in the early stage of rapid growth, and a large number of companies face massive capital gaps—leading players burn more than $1 billion annually. There is strong demand for capital connection, IPO services and industry resource matching. At the same time, sovereign investors around the world are searching for high-quality quantum computing projects. Platforms can capture development opportunities and policy红利 by matching supply and demand.

2. Investment and layout direction: Platforms should prioritize two types of projects for recruitment: the first are projects that leverage traditional high-end manufacturing expertise to enter core quantum computing hardware segments. These projects benefit from years of accumulated technical experience and have much higher success rates than pure startups. The second are projects focused on underlying software tools, which are compatible with all hardware routes, offer large market potential, and can achieve commercial traction faster.

3. Risk mitigation guidance: Quantum computing commercialization is still far from mature, and the industry broadly faces issues of high valuations, large losses, and volatile revenue. Platforms should communicate long-term risks to participants to avoid excessive hype, and prioritize screening projects with healthy cash flow and institutional endorsement to reduce platform-level risk.

This article provides the latest industry updates and research direction references for quantum computing industry researchers:

1. Latest industry developments: Quantinuum's completion of the largest traditional IPO in quantum computing history, with a $15.6 billion market capitalization, marks that the quantum computing industry has officially entered a phase of accelerated capitalization. Sovereign capital has become a core driver of industry growth; multiple countries around the world have positioned quantum computing as a core track in great power competition and are injecting large amounts of capital to support domestic firms, bringing the industry into a new development stage.

2. Summary of innovative business models: The industry has seen the emergence of a new model: a traditional industrial giant provides technical capabilities, which are merged with a software startup to form a combined entity. The business pursues a differentiated trapped-ion hardware route and a hardware-agnostic software strategy, enabling rapid growth. Valuation grew from the unicorn threshold to $15.6 billion in five years, making this model worthy of in-depth research.

3. New research questions worthy of exploration: The industry broadly faces issues including high valuations paired with large losses, revenue dependence on government research institutions, and delayed commercialization. The sustainability of this development model, and the impact of general-purpose fault-tolerant quantum computing on the entire computing industry once it launches, are both very valuable research directions.

Disclaimer: The "Quick Summary" content is entirely generated by AI. Please exercise discretion when interpreting the information. For issues or corrections, please email run@ebrun.com .

I am a Brand Seller Factory Service Provider Marketplace Seller Researcher Read it again.

“全球性能最强”的量子计算机。

继Cerebras之后,纳斯达克又迎来一个重磅硬科技IPO。

6月4日,Quantinuum正式在纳斯达克挂牌上市,开盘后最高涨幅12%。目前市值156亿美元(合人民币1060亿元)。

这样的火爆结果,已经远远超出了Quantinuum的股东们最初的预期。在询价过程中,由于市场反应热烈,Quantinuum的发行价被一再上调。这是量子计算有史以来规模最大的传统IPO,超过了此前所有量子计算公司的IPO募资总和。

与此同时,Quantinuum的招股书显示,它2025年全年的营收仅3090万美元,并且净亏损1.93亿美元(约13亿人民币)。2026年一季度,Quantinuum营收更同比暴跌73%至仅520万美元,季度净亏损却增至1.37亿美元。

当下,全球众多量子计算创业公司都在计划上市,Quantinuum无疑是开了一个大大的好头。

百年工业帝国的降维打击

要谈Quantinuum,必须要从它的大股东霍尼韦尔说起。这是一家声名赫赫的工业巨头,目前在纳斯达克的市值超过1500亿美元。

霍尼韦尔的业务范围很广泛,涉及从航空航天、能源石化、建筑再到安保等跨度极大的多个行业。但其技术基因的关键词其实是四个字:精密控制。从二战时的轰炸机自动驾驶仪、太空飞行惯性导航再到抗辐射MEMS陀螺仪,霍尼韦尔在一百多年里构建起了全球顶尖的精密控制与微制造体系。

2014年,霍尼韦尔做出了一个看似“不务正业”的决定:组建一支约100人的跨学科研发团队,它的目标既简单又宏大——造出一台通用量子计算机。这就是Quantinuum最初的前身。

有人可能会以为霍尼韦尔这是在跨界寻找第二增长点,但霍尼韦尔自己并不是这么看的。

有些反直觉是,制造量子计算机的技术,与量子力学本身并没有太大关系。所谓量子计算机,更像是一组在极端严苛的物理条件下运行的庞大而精密的经典控制系统。它需要的是深厚的跨学科工程落地能力,包括原子物理、光学、低温学、激光技术、磁学、超高真空技术以及极精密控制技术。

好巧不巧,以上提到的这些技术大部分都正好落在霍尼韦尔的射程之内:

·霍尼韦尔拥有误差率低于每小时0.1度的微机电陀螺仪技术,此前被用于超音速巡航导弹的惯性导航。这一技术可以完美平移到控制真空中悬浮离子的电磁场和激光脉冲上。

·霍尼韦尔极其擅长构建和维持接近绝对零度的超低温真空腔,这一技术原本是用于航天领域的,但它同样也能用来隔离环境热噪声、确保离子量子态不被破坏。

·霍尼韦尔拥有强大的光学传感器、激光测距技术。而量子计算中对离子的读写操作,也要依赖高度集成的激光系统。

谷歌、IBM等科技巨头,都选择了走超导路线来实现量子计算机,主要原因是超导量子计算机可以借用成熟的半导体制造工艺来实现量子比特数量的快速扩展和极致的运算速度。但霍尼韦尔的团队坚定的选择了离子阱路线,这一路线利用自然界本身存在的原子(主流选择是镱-171离子)作为量子比特,这种量子比特没有制造缺陷,具有完美均一性,从而带来了超高的门保真度和极长的相干时间。

当然,要将这些“完美”的微观粒子转化为一台可商业化的量子计算机,面临着艰巨的工程挑战。正是在这一点上,霍尼韦尔相比于其它玩家有几十年的技术积累优势。

但这并不是说霍尼韦尔能很容易的造出量子计算机。时间拨回到2014年,如果霍尼韦尔宣布要投入资源研发量子计算机,恐怕对股价不会有什么帮助。所以霍尼韦尔选择了秘密研发。直到2018年,霍尼韦尔的“量子计算解决方案”业务才被披露。并且,从2014年到2021年,霍尼韦尔从未把量子计算项目拿出来融资,一直以自有资金投入。

“文科生”的量子计算创业

不过,霍尼韦尔只是Quantinuum的源头之一。

2021年,霍尼韦尔的量子解决方案业务部门,与一家名为剑桥量子计算的英国公司完成了合并交易,合并后的新公司就是Quantinuum。在这次合并交易后,霍尼韦尔持有Quantinuum约54%的股份,拿到了控股权。但剑桥量子计算的创始人Ilyas Khan的持股也很高,他个人以及关联实体拿到了约36%的股份。因此,Ilyas Khan是从Quantinuum的上市中收获最多财富的人,他的持股市值已经超过了50亿美元。此外,Quantinuum还确立了横跨英国与美国的双总部运营模式。

从这些信息不难看出,剑桥量子计算这家公司也相当不简单,能让霍尼韦尔接受一个接近于对等的合并方案。

与霍尼韦尔老牌工业巨头的气质截然不同的是,剑桥量子计算则是一家极客味道浓厚的创业公司。其创始人Ilyas Khan,可能是全球主要量子计算公司中最“奇怪”的创始人,值得多啰嗦几句。此人生于1962年,创立剑桥量子计算时已经52岁。而他也并不是量子计算领域的资深教授或技术大拿,实际上他是一个“文科生”,大学时代在伦敦大学学习法律,随后兴趣又转移到了神学、语言哲学、音乐美学等领域。大学毕业后,Ilyas Khan去香港做了二十多年的投行,同时他也是一位哲学学者,在剑桥等高校担任研究员。总而言之,在Ilyas Khan人生经历中几乎找不到与量子计算的关联,除了他发表过从哲学角度探讨量子信息论的论文以外。

然而,剑桥量子计算2014年创立后非常成功,很快成为了全球量子计算领域的一家明星公司。剑桥量子计算并不研究量子计算机,它做的是量子计算的软件层。Ilyas Khan有一个核心判断,即“硬件不可知”,意思是哪种量子计算机的技术路线(超导、离子阱、光子或冷原子)会最终胜出是无法判断的。但无论是何种量子计算机,都会需要同一套软件操作系统与算法库,而这正是剑桥量子计算要做的事情。

在创立后,剑桥量子计算成功开发了多款奠定行业标准的杀手级应用,其中包括全球下载量超90万次的TKET量子软件开发工具包与编译器、专注生成量子密钥种子的网络安全产品Quantum Origin,以及针对材料科学与药物发现的量子化学平台InQuanto等。

在被霍尼韦尔量子计算业务合并前,剑桥量子计算已经完成了多轮融资。在2020年12月完成4500万美元的C轮融资后,其投后估值达到了4.5亿美元。

“全球性能最强”的量子计算机

如果要论“平地一声雷”式的崛起速度,这几年的量子计算赛道一点也不输于AI大模型。从剑桥量子计算的估值来看,Quantinuum在2021年合并之初的估值最多刚刚摸到独角兽的门槛。而五年之后它的市值来到了156亿美元。

对Quantinuum来说,它估值暴涨的关键节点应该是2023年,这一年霍尼韦尔给Quantinuum空降了一位新的CEO,一位名为Rajeeb Hazra前英特尔高管。这一任命的意图非常明显:Quantinuum已准备好从实验室技术研发期,迈向快速规模化的商业扩张。

2023年12月,Quantinuum完成了合并后的首轮融资,以53亿美元的投后估值融了3亿美元,摩根大通领投,日本的三井物产、安进及霍尼韦尔自己进行了跟投。

2025年9月,Quantinuum又完成了B轮融资,估值继续涨至106亿美元,投资方阵容也更加强大了,新股东有英伟达、广达电脑、QED Investors等,老股东也全部继续跟投。

在产品迭代上,Quantinuum同期也进展神速。

在Quantinuum成立之初,曾公开做出过一项堪称疯狂的承诺:连续五年,每年将系统的量子体积提升10倍。所谓量子体积是IBM提出的一个概念,被认为是最难被操纵的衡量量子计算机综合性能的指标。自立下这个flag之后,Quantinuum每一年都兑现了承诺。

2023年5月,Quantinuum推出了H2量子计算系统,量子体积为65,536,是当时有记录以来最大的量子体积。此后,Quantinuum的H系列量子计算系统不断继续刷新量子体积纪录。2025年9月,Quantinuum已经把这个数字刷新到了33,554,432。因为这些记录,Quantinuum从2023年开始就一直自称是“全球性能最强”的量子计算机公司。

与此同时,Quantinuum也开始在商业化上取得进展,虽然还只是一些零星的实验性质的案例。

作为Quantinuum的股东,摩根大通的研究团队2022年利用Quantinuum的H1量子计算机,进行了一项复杂的“约束量子近似优化算法”实验,成功从冗长复杂的法律文件和商业合同中提取和总结出关键摘要信息。

2023年,宝马集团、空客和Quantinuum联合发布了一项具有行业标杆意义的研究,利用H系列量子计算机深度模拟了铂基催化剂表面发生的氧还原反应。这一成果标志着业界首次成功利用量子计算机对催化性能进行适用性评估,相关研究登上了《Nature》。也是因为这次合作,宝马集团不久前与Quantinuum正式签署了一项覆盖多年的独家深度合作协议。

2025年3月,Quantinuum被正式确立为英伟达加速量子研究中心的创始合作方。英伟达希望利用其称霸全球的AI硬件,与Quantinuum的量子计算单元深度绑定,打造一种混合计算模式,以加速AI大模型的行业渗透。

156亿美元市值从何而来?

不过,以上这些合作目前并不能真正产生收入。Quantinuum目前的收入来源主要是一些研究机构。2024年和2025年,Quantinuum 60%的收入来自日本理化学研究所。而随着合同交付完成,Quantinuum的收入在2026年第一季度锐减了73%。

显然,从Quantinuum 2025年3090万美元的营业收入出发去为其156亿美元的市值找依据是没有意义的。Quantinuum的价值还在更远的未来。

在Quantinuum描绘的路线图中,真正的杀手级产品是预计在2029年推出的Apollo量子计算机。这会是Quantinuum的第一款“通用且完全容错的量子计算机”。通用且完全容错的量子计算机被公认是量子计算的“圣杯”,是量子计算从研究性质迈向商业应用的真正转折点。

说到这,有人可能要问了,既然Apollo要到2029年才推出,为什么现在就急着要上市呢?

第一个原因是,Quantinuum需要钱。Quantinuum在过去十年的研发投入已超20亿美元,而且烧钱速度越来越快。2026年第一季度其净亏损达到1.366亿美元。而截至一季度末,其账上所剩的现金及现金等价物为6.77亿美元。按照当前的烧钱速度,这笔钱仅能维持不到五个季度。

另一个原因是,当前量子计算已成为大国竞争的战场之一,主权资本正在为高风险背书。2026年5月,美国政府宣布向9家量子计算企业注入高达20亿美元的直接股权投资,其中Quantinuum一家拿到了1亿美元。不仅是美国,欧洲也正在投入数十亿美元购买量子计算机,德国、荷兰、法国和英国都在启动国家级项目。其中法国已向五家量子计算初创企业投资了5亿欧元。

一场关于下一代计算范式的资本竞赛,才刚刚开始。

作者陶辉东—编辑王庆武

投中网原创

注:文/陶辉东,文章来源:投中网(公众号ID:China-Venture),本文为作者独立观点,不代表亿邦动力立场。

文章来源:投中网

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