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<li>这三家新兴量子计算公司会威胁到 D-Wave 吗？</li>
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<p>Horizon Quantum Computing Pte. NASDAQ: HQ 在 Needham &amp; Company 第 21 届年度科技、媒体和消费会议上展示了其作为一家新上市量子软件公司的战略，专注于为开发者、硬件供应商和最终用户构建基础设施。</p>
<p>Needham 的高级分析师 Quinn Bolton 在炉边聊天中提到，Horizon &#34;最近在三月底上市&#34;。Horizon 的创始人兼首席执行官 Joe Fitzsimons 博士表示，该公司的使命是构建软件基础设施，使开发者能够利用量子计算机解决复杂问题，并为最终用户创造价值。</p>
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<p>Fitzsimons 表示，量子计算硬件在过去 12 到 18 个月中取得了 &#34;巨大的进展&#34;，但他补充说，行业尚未达到量子软件在生产中运行并影响公司底线的阶段。他表示，Horizon 的重点是帮助行业达到这一目标。</p>
<h2>构建硬件无关的软件层</h2>
<p>Fitzsimons 描述 Horizon 处于 &#34;生态系统的核心&#34;，连接开发者、硬件供应商和最终用户。该公司正在构建编程语言和编译器，旨在将开发者编写的代码编译为适用于多种量子计算机的代码。Horizon 还旨在将量子程序打包为网络 API，以便可以集成到面向用户的软件中。</p>
<ul>
<li>适应艰难市场条件的两只抗衰退股票</li>
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<p>他说，量子计算的主要挑战之一是当前的编程方法通常要求开发者在非常低的层次上工作，一次组装一个逻辑门的量子程序。现有框架如 Qiskit 和 Cirq 使用 Python 来帮助生成量子电路，但 Fitzsimons 表示，这些方法仍然有限，因为 &#34;并非所有计算都是电路&#34;。</p>
<p>他表示，Horizon 的方法是为理想的未来量子计算机设计编程语言，然后构建编译器和运行时能力，使这些程序能够在今天的不完美系统上运行。他表示，该公司的 Triple Alpha 软件目前处于早期访问阶段，主要与硬件公司一起使用。</p>
<h2>铍与向抽象化的推进</h2>
<p>Horizon 的一个主要关注点是提高量子程序员可用的抽象级别。Fitzsimons 表示，该公司最终希望开发者能够在不需要理解量子力学的情况下受益于量子计算。</p>
<p>他说，Horizon 开发了一系列编程语言，包括氢、氦和铍。氢相当于汇编语言，氦是一种命令式语言，而铍是一种面向对象的量子编程语言。Horizon 在 12 月预览了铍，并在为外部用户的准备中扩展其功能。</p>
<p>使用铍，开发者可以创建表示不同类型信息的类，例如向量、矩阵和图形。Fitzsimons 表示，这些库可以被其他开发者重用，从而创建更高的抽象级别，并可能形成更广泛的库生态系统。</p>
<p>“每当开发者构建一个新的库时，它就会构建一个可供所有其他开发者使用的新抽象，” Fitzsimons 说。</p>
<h2>碳与经典代码加速</h2>
<p>Bolton 还询问了关于碳的情况，这是 Horizon 路线图中的未来层，旨在利用量子计算加速经典代码。Fitzsimons 表示，Horizon 在 2019 年制定了一条路线，包括氢、氦、铍和碳，而该公司现在正处于这四个步骤中的第三步。</p>
<p>在碳层面，Fitzsimons 表示，Horizon 旨在自动构建从为传统计算机编写的代码生成的量子算法。该公司的方法是识别使程序变慢的代码部分，例如循环和递归函数调用，然后将其分解为可以被量子算法替代的更简单元素。</p>
<p>他说，目标不是从头创建量子解决方案，而是从已经解决问题的现有代码开始，将其转变为更高效的形式，以便利用量子加速。</p>
<h2>测试系统与硬件合作伙伴关系</h2>
<p>Horizon 还在运营自己的量子计算测试系统。Fitzsimons 表示，该公司在新加坡总部拥有一个基于 Rigetti 处理器的超导系统。该系统使用 Maybell 冷却器和来自 Quantum Machines 的控制系统。</p>
<p>他说，Horizon 还签署了一项协议，计划购买来自 IonQ 的 256 量子位陷阱离子系统，该公司预计将在 2027 年某个时候投入运行。Fitzsimons 表示，拥有超导和陷阱离子系统使 Horizon 在两大类量子计算机方面积累了经验：固态量子位和原子、分子及光学系统。</p>
<p>在本季度，Horizon 还与 Alice &amp; Bob 和 AQT 增加了硬件合作伙伴关系，Fitzsimons 表示，与硬件紧密合作很重要，因为与控制系统的紧密集成有助于 Horizon 扩展量子系统的能力，包括支持循环、动态内存分配和中间计算测量等功能。</p>
<h2>收入策略与近期里程碑</h2>
<p>关于市场进入策略，Fitzsimons 表示，Horizon 的工具旨在使用其语言编写的程序通过公司的基础设施进行部署和执行。这可能使 Horizon 能够根据使用情况和访问资源的价值收费，类似于云基础设施提供商对网络应用程序的收费方式。</p>
<p>然而，他表示 Horizon 目前并不专注于短期收入生成。相反，公司优先考虑技术开发和硬件集成，直到 “真正的量子优势” 开始显现。Fitzsimons 表示，追求概念验证工作或专业服务可能会推动收入，但可能会使公司变成咨询业务，这并不是其关注的重点。</p>
<p>展望未来六到十二个月，Fitzsimons 表示投资者应关注铍（Beryllium）向早期用户的可用性、相关库生态系统的扩展以及 Horizon 的第一个测试平台系统与 Triple Alpha 的集成。他还提到第二个测试平台系统的未来安装，他表示如果其性能符合规格，应该 “正处于量子优势的边缘”。</p>
<h2>关于 Horizon Quantum Computing Pte. NASDAQ: HQ</h2>
<p>Horizon Quantum Holdings Ltd.是一家量子软件基础设施公司，专注于帮助开发者构建和部署量子应用的工具和系统。该公司强调软件、算法和工作流程基础设施，旨在支持实际的量子和混合量子 - 经典用例。</p>
<p>Horizon Quantum 通过与 dMY Squared Technology Group, Inc (DMYY) 的业务合并成为一家上市公司，该公司成立的目的是通过业务合并将一家私营公司上市。</p>
<p><em>此即时新闻提醒由叙事科学技术和 MarketBeat 的金融数据生成，以便为读者提供最快的报道和公正的覆盖。如对本故事有任何问题或意见，请发送邮件至 contact@marketbeat.com.</em></p>
<h2>你现在应该投资$1,000 在 Horizon Quantum Computing Pte.吗？</h2>
<p>在考虑 Horizon Quantum Computing Pte.之前，你需要听听这个。</p>
<p>MarketBeat 每天跟踪华尔街顶级评级和表现最佳的研究分析师及其向客户推荐的股票。MarketBeat 已识别出五只股票，顶级分析师正在悄悄地向客户推荐在更广泛的市场注意到之前立即购买……而 Horizon Quantum Computing Pte.并不在名单上。</p>
<p>虽然 Horizon Quantum Computing Pte.目前在分析师中被评为卖出评级，但顶级分析师认为这五只股票更值得购买。</p>
<p>在这里查看这五只股票</p>

<p>Horizon Quantum Computing Pte.（NASDAQ:HQ）在 Needham 会议上展示了其战略，重点是为开发者和硬件提供商构建量子软件基础设施。首席执行官乔·菲茨西蒙斯博士强调了量子编程中需要更高抽象层次的重要性，介绍了氢、氦和铍等编程语言。该公司旨在促进量子计算的采用，而无需深入了解量子力学。Horizon 还在开发一个测试平台，并计划通过量子算法增强经典代码</p>

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<li>Could These 3 New-to-Market Quantum Computing Firms Threaten D-Wave?</li>
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<div class="lb-trans"><ul>
<li>这三家新兴量子计算公司会威胁到 D-Wave 吗？</li>
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</div><p>Horizon Quantum Computing Pte. NASDAQ: HQ used its appearance at Needham &amp; Company’s 21st annual Technology, Media, &amp; Consumer Conference to outline its strategy as a newly public quantum software company focused on building infrastructure for developers, hardware providers and end users.</p>
<div class="lb-trans"><p>Horizon Quantum Computing Pte. NASDAQ: HQ 在 Needham &amp; Company 第 21 届年度科技、媒体和消费会议上展示了其作为一家新上市量子软件公司的战略，专注于为开发者、硬件供应商和最终用户构建基础设施。</p>
</div><p>Needham senior analyst Quinn Bolton opened the fireside chat by noting that Horizon “recently came public in late March.” Dr. Joe Fitzsimons, Horizon’s founder and chief executive officer, said the company’s mission is to build software infrastructure that enables developers to use quantum computers to solve difficult problems and create value for end users.</p>
<div class="lb-trans"><p>Needham 的高级分析师 Quinn Bolton 在炉边聊天中提到，Horizon &#34;最近在三月底上市&#34;。Horizon 的创始人兼首席执行官 Joe Fitzsimons 博士表示，该公司的使命是构建软件基础设施，使开发者能够利用量子计算机解决复杂问题，并为最终用户创造价值。</p>
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</div><p>Fitzsimons said quantum computing hardware has made “tremendous progress” over the past 12 to 18 months, but he added that the industry is not yet at the point where quantum software is running in production and affecting companies’ bottom lines. Horizon’s focus, he said, is on helping the industry get there.</p>
<div class="lb-trans"><p>Fitzsimons 表示，量子计算硬件在过去 12 到 18 个月中取得了 &#34;巨大的进展&#34;，但他补充说，行业尚未达到量子软件在生产中运行并影响公司底线的阶段。他表示，Horizon 的重点是帮助行业达到这一目标。</p>
</div><h2>Building a Hardware-Agnostic Software Layer</h2>
<div class="lb-trans"><h2>构建硬件无关的软件层</h2>
</div><p>Fitzsimons described Horizon as sitting “at the heart of the ecosystem” by connecting developers, hardware providers and end users. The company is building programming languages and compilers designed to take code written by developers and compile it for a range of quantum computers. Horizon also aims to package quantum programs as web APIs so they can be incorporated into user-facing software.</p>
<div class="lb-trans"><p>Fitzsimons 描述 Horizon 处于 &#34;生态系统的核心&#34;，连接开发者、硬件供应商和最终用户。该公司正在构建编程语言和编译器，旨在将开发者编写的代码编译为适用于多种量子计算机的代码。Horizon 还旨在将量子程序打包为网络 API，以便可以集成到面向用户的软件中。</p>
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</div><p>He said one of the main challenges in quantum computing is that current programming approaches often require developers to work at a very low level, assembling quantum programs one logic gate at a time. Existing frameworks such as Qiskit and Cirq use Python to help generate quantum circuits, but Fitzsimons said those approaches remain limited because “not all of computation is circuits.”</p>
<div class="lb-trans"><p>他说，量子计算的主要挑战之一是当前的编程方法通常要求开发者在非常低的层次上工作，一次组装一个逻辑门的量子程序。现有框架如 Qiskit 和 Cirq 使用 Python 来帮助生成量子电路，但 Fitzsimons 表示，这些方法仍然有限，因为 &#34;并非所有计算都是电路&#34;。</p>
</div><p>Horizon’s approach, he said, is to design programming languages for an ideal future quantum computer, then build compilers and runtime capabilities that allow those programs to run on today’s imperfect systems. He said the company’s Triple Alpha software is in early access and primarily used with hardware companies.</p>
<div class="lb-trans"><p>他表示，Horizon 的方法是为理想的未来量子计算机设计编程语言，然后构建编译器和运行时能力，使这些程序能够在今天的不完美系统上运行。他表示，该公司的 Triple Alpha 软件目前处于早期访问阶段，主要与硬件公司一起使用。</p>
</div><h2>Beryllium and the Push Toward Abstraction</h2>
<div class="lb-trans"><h2>铍与向抽象化的推进</h2>
</div><p>A major focus for Horizon is raising the level of abstraction available to quantum programmers. Fitzsimons said the company ultimately wants developers to be able to benefit from quantum computing without needing to understand quantum mechanics.</p>
<div class="lb-trans"><p>Horizon 的一个主要关注点是提高量子程序员可用的抽象级别。Fitzsimons 表示，该公司最终希望开发者能够在不需要理解量子力学的情况下受益于量子计算。</p>
</div><p>He said Horizon has developed a sequence of programming languages, including Hydrogen, Helium and Beryllium. Hydrogen is comparable to assembly language, Helium is an imperative language and Beryllium is an object-oriented quantum programming language. Horizon previewed Beryllium in December and has been expanding its capabilities in preparation for external users.</p>
<div class="lb-trans"><p>他说，Horizon 开发了一系列编程语言，包括氢、氦和铍。氢相当于汇编语言，氦是一种命令式语言，而铍是一种面向对象的量子编程语言。Horizon 在 12 月预览了铍，并在为外部用户的准备中扩展其功能。</p>
</div><p>With Beryllium, developers can create classes representing different kinds of information, such as vectors, matrices and graphs. Fitzsimons said those libraries can then be reused by other developers, creating higher levels of abstraction and potentially a broader library ecosystem.</p>
<div class="lb-trans"><p>使用铍，开发者可以创建表示不同类型信息的类，例如向量、矩阵和图形。Fitzsimons 表示，这些库可以被其他开发者重用，从而创建更高的抽象级别，并可能形成更广泛的库生态系统。</p>
</div><p>“Each time a developer builds a new library, it kind of builds a new abstraction that is available to all other developers,” Fitzsimons said.</p>
<div class="lb-trans"><p>“每当开发者构建一个新的库时，它就会构建一个可供所有其他开发者使用的新抽象，” Fitzsimons 说。</p>
</div><h2>Carbon and Classical Code Acceleration</h2>
<div class="lb-trans"><h2>碳与经典代码加速</h2>
</div><p>Bolton also asked about Carbon, a future layer in Horizon’s roadmap intended to accelerate classical code using quantum computing. Fitzsimons said Horizon laid out a path in 2019 that included Hydrogen, Helium, Beryllium and Carbon, and that the company is now on the third of those four steps.</p>
<div class="lb-trans"><p>Bolton 还询问了关于碳的情况，这是 Horizon 路线图中的未来层，旨在利用量子计算加速经典代码。Fitzsimons 表示，Horizon 在 2019 年制定了一条路线，包括氢、氦、铍和碳，而该公司现在正处于这四个步骤中的第三步。</p>
</div><p>At the Carbon level, Fitzsimons said Horizon aims to automatically construct quantum algorithms from code written for conventional computers. The company’s approach is to identify parts of code that make programs slow, such as loops and recursive function calls, then break them into simpler elements that can potentially be replaced by quantum algorithms.</p>
<div class="lb-trans"><p>在碳层面，Fitzsimons 表示，Horizon 旨在自动构建从为传统计算机编写的代码生成的量子算法。该公司的方法是识别使程序变慢的代码部分，例如循环和递归函数调用，然后将其分解为可以被量子算法替代的更简单元素。</p>
</div><p>He said the goal is not to create quantum solutions from scratch, but to start with existing code that already solves a problem and transform it into something more efficient where quantum acceleration is available.</p>
<div class="lb-trans"><p>他说，目标不是从头创建量子解决方案，而是从已经解决问题的现有代码开始，将其转变为更高效的形式，以便利用量子加速。</p>
</div><h2>Testbed Systems and Hardware Partnerships</h2>
<div class="lb-trans"><h2>测试系统与硬件合作伙伴关系</h2>
</div><p>Horizon is also operating its own quantum computing testbed systems. Fitzsimons said the company has a superconducting system based on a Rigetti processor running at its headquarters in Singapore. The system uses a Maybell refrigerator and control systems from Quantum Machines.</p>
<div class="lb-trans"><p>Horizon 还在运营自己的量子计算测试系统。Fitzsimons 表示，该公司在新加坡总部拥有一个基于 Rigetti 处理器的超导系统。该系统使用 Maybell 冷却器和来自 Quantum Machines 的控制系统。</p>
</div><p>He said Horizon has also signed an agreement to purchase a 256-qubit trapped ion system from IonQ, which the company expects to have running sometime in 2027. Fitzsimons said having both superconducting and trapped ion systems gives Horizon experience with two broad categories of quantum computers: solid-state qubits and atomic, molecular and optical systems.</p>
<div class="lb-trans"><p>他说，Horizon 还签署了一项协议，计划购买来自 IonQ 的 256 量子位陷阱离子系统，该公司预计将在 2027 年某个时候投入运行。Fitzsimons 表示，拥有超导和陷阱离子系统使 Horizon 在两大类量子计算机方面积累了经验：固态量子位和原子、分子及光学系统。</p>
</div><p>During the quarter, Horizon also added hardware partnerships with Alice &amp; Bob and AQT, according to Fitzsimons. He said working closely with hardware is important because tight integration with control systems helps Horizon extend the capabilities of quantum systems, including support for features such as loops, dynamic memory allocation and mid-computation measurement.</p>
<div class="lb-trans"><p>在本季度，Horizon 还与 Alice &amp; Bob 和 AQT 增加了硬件合作伙伴关系，Fitzsimons 表示，与硬件紧密合作很重要，因为与控制系统的紧密集成有助于 Horizon 扩展量子系统的能力，包括支持循环、动态内存分配和中间计算测量等功能。</p>
</div><h2>Revenue Strategy and Near-Term Milestones</h2>
<div class="lb-trans"><h2>收入策略与近期里程碑</h2>
</div><p>On go-to-market strategy, Fitzsimons said Horizon’s tools are designed so that programs written in its languages are deployed and executed through the company’s infrastructure. That could position Horizon to charge based on usage and the value of accessed resources, similar to how cloud infrastructure providers charge for web applications.</p>
<div class="lb-trans"><p>关于市场进入策略，Fitzsimons 表示，Horizon 的工具旨在使用其语言编写的程序通过公司的基础设施进行部署和执行。这可能使 Horizon 能够根据使用情况和访问资源的价值收费，类似于云基础设施提供商对网络应用程序的收费方式。</p>
</div><p>However, he said Horizon is not currently focused on near-term revenue generation. Instead, the company is prioritizing technology development and hardware integration until “real quantum advantage” begins to emerge. Fitzsimons said pursuing proof-of-concept work or professional services could drive revenue but might turn the company into a consulting business, which is not its focus.</p>
<div class="lb-trans"><p>然而，他表示 Horizon 目前并不专注于短期收入生成。相反，公司优先考虑技术开发和硬件集成，直到 “真正的量子优势” 开始显现。Fitzsimons 表示，追求概念验证工作或专业服务可能会推动收入，但可能会使公司变成咨询业务，这并不是其关注的重点。</p>
</div><p>Looking ahead six to 12 months, Fitzsimons said investors should watch for Beryllium becoming available to early access users, expansion of the related library ecosystem and integration of Horizon’s first testbed system with Triple Alpha. He also pointed to the future installation of the second testbed system, which he said should be “right on the cusp” of quantum advantage if it performs to specification.</p>
<div class="lb-trans"><p>展望未来六到十二个月，Fitzsimons 表示投资者应关注铍（Beryllium）向早期用户的可用性、相关库生态系统的扩展以及 Horizon 的第一个测试平台系统与 Triple Alpha 的集成。他还提到第二个测试平台系统的未来安装，他表示如果其性能符合规格，应该 “正处于量子优势的边缘”。</p>
</div><h2>About Horizon Quantum Computing Pte. NASDAQ: HQ</h2>
<div class="lb-trans"><h2>关于 Horizon Quantum Computing Pte. NASDAQ: HQ</h2>
</div><p>Horizon Quantum Holdings Ltd. is a quantum software infrastructure company focused on tools and systems that help developers build and deploy quantum applications. The company emphasizes software, algorithms, and workflow infrastructure intended to support practical quantum and hybrid quantum-classical use cases.</p>
<div class="lb-trans"><p>Horizon Quantum Holdings Ltd.是一家量子软件基础设施公司，专注于帮助开发者构建和部署量子应用的工具和系统。该公司强调软件、算法和工作流程基础设施，旨在支持实际的量子和混合量子 - 经典用例。</p>
</div><p>Horizon Quantum became a public company through its business combination with dMY Squared Technology Group, Inc (DMYY), which was formed to take a private company public through a business combination.</p>
<div class="lb-trans"><p>Horizon Quantum 通过与 dMY Squared Technology Group, Inc (DMYY) 的业务合并成为一家上市公司，该公司成立的目的是通过业务合并将一家私营公司上市。</p>
</div><p><em>This instant news alert was generated by narrative science technology and financial data from MarketBeat in order to provide readers with the fastest reporting and unbiased coverage. Please send any questions or comments about this story to contact@marketbeat.com.</em></p>
<div class="lb-trans"><p><em>此即时新闻提醒由叙事科学技术和 MarketBeat 的金融数据生成，以便为读者提供最快的报道和公正的覆盖。如对本故事有任何问题或意见，请发送邮件至 contact@marketbeat.com.</em></p>
</div><h2>Should You Invest $1,000 in Horizon Quantum Computing Pte. Right Now?</h2>
<div class="lb-trans"><h2>你现在应该投资$1,000 在 Horizon Quantum Computing Pte.吗？</h2>
</div><p>Before you consider Horizon Quantum Computing Pte., you'll want to hear this.</p>
<div class="lb-trans"><p>在考虑 Horizon Quantum Computing Pte.之前，你需要听听这个。</p>
</div><p>MarketBeat keeps track of Wall Street's top-rated and best performing research analysts and the stocks they recommend to their clients on a daily basis. MarketBeat has identified the five stocks that top analysts are quietly whispering to their clients to buy now before the broader market catches on... and Horizon Quantum Computing Pte. wasn't on the list.</p>
<div class="lb-trans"><p>MarketBeat 每天跟踪华尔街顶级评级和表现最佳的研究分析师及其向客户推荐的股票。MarketBeat 已识别出五只股票，顶级分析师正在悄悄地向客户推荐在更广泛的市场注意到之前立即购买……而 Horizon Quantum Computing Pte.并不在名单上。</p>
</div><p>While Horizon Quantum Computing Pte. currently has a Sell rating among analysts, top-rated analysts believe these five stocks are better buys.</p>
<div class="lb-trans"><p>虽然 Horizon Quantum Computing Pte.目前在分析师中被评为卖出评级，但顶级分析师认为这五只股票更值得购买。</p>
</div><p>View The Five Stocks Here</p>
<div class="lb-trans"><p>在这里查看这五只股票</p>
</div>

Horizon Quantum Computing Pte. Lays Out Quantum Software Push at Needham Conference

Market Beat

Horizon Quantum

D-Wave Quantum

Horizon Quantum Computing Pte. 在 Needham 会议上详细介绍了其量子软件推进计划