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Horizon Quantum clarifies details of its March mergerquantum-computing

Horizon Quantum clarifies details of its March merger

Horizon Quantum Computing has clarified details regarding its share structure following a period of market uncertainty. As of September 14, 2026, the company reports 34,811,740 Class An Ordinary Shares and 19,744,585 Class B Ordinary Shares outstanding. These shares are subject to lock-up agreements extending until March 19, 2028, for most shareholders, with one agreement expiring earlier on September 19, 2027, following the March 2026 merger with dMY Squared Technology Group. Founded in 2018 and now publicly listed on Nasdaq, Horizon Quantum develops software tools translating classical code into quantum circuits and operates its own quantum hardware. Business Combination Lock-Up Agreements Extend to March 19, 2028 Lock-up agreements extend to March 19, 2028, for the majority of Horizon Quantum’s shareholders, a detail clarified following recent market activity. The lock-up period, lasting twenty-four months after the merger’s close, aims to maintain market stability and demonstrate long-term investor confidence in Horizon Quantum’s trajectory, the company says. This timeframe aligns with standard practices for companies emerging from special purpose acquisition company (SPAC) mergers, providing a buffer against immediate selling pressure. One shareholder benefits from an earlier release, with their lock-up agreement expiring eighteen months after the closing date, or September 19, 2027. The company’s decision to publicly address these agreements comes after a period of market uncertainty, proactively assuring investors of the existing restrictions on share sales. This transparency is particularly relevant given Horizon Quantum’s status as the first publicly traded company focused solely on quantum software, a field attracting significant investment and attention.

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Infleqtion and Cisco link quantum computers into early networksquantum-computing

Infleqtion and Cisco link quantum computers into early networks

Infleqtion and Cisco are collaborating to build early quantum networks, shifting the focus from increasing the size of quantum computers to connecting them. The companies will link Infleqtion’s neutral-atom quantum computers, systems where qubits interface naturally with photons, with Cisco’s networking technology, aiming to scale quantum capabilities beyond isolated machines. “The next major breakthrough in quantum will not come from building bigger isolated machines, but from networking systems together,” says Ramana Kompella, VP and Head of Cisco Research. This partnership explores architectures for distributed quantum systems, a critical step toward realizing a quantum internet. Infleqtion and Cisco Target Scalable, Distributed Quantum Computing Infleqtion’s 1,600-qubit neutral-atom lattice, boasting 99.73% gate fidelity, is now a central component in a collaboration with Cisco to build scalable, distributed quantum computing networks, announced on September 10, 2026 at 9:00am EDT. This partnership focuses on linking individual quantum devices into larger, more powerful systems, a critical step toward realizing practical distributed quantum applications beyond isolated laboratory experiments. The effort uses Infleqtion’s expertise in neutral-atom qubits and Cisco’s established networking infrastructure to overcome a key obstacle in quantum computing: scaling beyond the limitations of single, monolithic processors. Neutral atoms, uniquely suited for quantum networking due to their natural interface with photons, form the foundation of Infleqtion’s approach, enabling the transmission of quantum information across networks, the company says. This inherent compatibility simplifies the complex task of connecting quantum computers, a process that requires preserving the delicate quantum states of qubits during transmission. Cisco’s contribution centers on developing a complete quantum networking stack, including the Cisco Universal Quantum Switch, a research prototype

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Maryland wins Riverlane’s U.S. headquarters, boosting quantum workquantum-computing

Maryland wins Riverlane’s U.S. headquarters, boosting quantum work

Riverlane will establish its U.S. headquarters in Discovery District, Maryland, just steps from the University of Maryland campus, signaling a long-term commitment to advancing quantum error correction within a key research hub. The company, a global leader in building the Deltaflow software platform for fault-tolerant quantum computing, intends the facility to be a center for research collaboration and business development. This investment builds on Riverlane’s existing U.S. presence and aims to bolster the nation’s growing quantum ecosystem. Riverlane Selects Discovery District Maryland for U.S. Headquarters Riverlane committed to a long-term U.S. presence by selecting Discovery District Maryland for its headquarters, a decision revealed on September 17, 2026, Riverlane says. This placement, adjacent to the University of Maryland campus, signals a deliberate strategy to foster collaboration with a leading research institution and tap into a skilled talent pool. The company’s expansion isn’t simply about physical space; it’s about building a hub within an established quantum ecosystem, supported by Maryland’s Capital of Quantum initiative. “Establishing our U.S. headquarters in Maryland puts us at the heart of an exceptional ecosystem of researchers, industry leaders and government partners working to advance quantum,” stated a company representative. A key element of Riverlane’s Maryland investment is a strategic collaboration with the University of Maryland, designed to accelerate research into quantum error correction and cultivate the next generation of quantum computing professionals. This partnership will fund student fellowships, mentorship programs, and collaborative research projects, addressing a critical need for specialized expertise in fault-tolerant quantum systems. The focus on error correction reflects Riverlane’s core competency; the company’s Deltaflow software platform is specifically engineered to mitigate the inherent instability of qubits, a m

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Jij Inc to host Quantum World Congress 2026 startup pitch competitionquantum-computing

Jij Inc to host Quantum World Congress 2026 startup pitch competition

JIJ Inc. has been selected as a finalist in the Quantum Startup Pitch Competition at Quantum World Congress 2026, placing the Tokyo-based firm among a select group presenting to industry leaders and investors. Steven Gibson, President of the Americas at JIJ, will pitch the company’s approach, applying mathematical optimization, AI, and quantum computing, on September 23, 2026, at The Hotel at the University of Maryland, Quantum World Congress 2026 says. JIJ will also present its work at the Japan Pavilion, organized by the New Energy and Industrial Technology Development Organization (NEDO), during the September 23-25 conference. Founded in 2018, JIJ develops and deploys quantum annealing and hybrid algorithms for Japanese businesses, and recently secured $5.2 million in funding led by Global Brain to expand its AI-enabled platform. JIJ Selected as Finalist in QWC 2026 Startup Competition JIJ will showcase an evolution of its Qamomile platform, recently updated to version 0.14.0 on August 3, 2026, transforming it from a quantum optimization library into a comprehensive Python-based environment for developing diverse quantum algorithms. This expansion reflects a strategic move to broaden applicability beyond strictly optimization tasks, enabling developers to build and test a wider range of quantum solutions. This investment coincides with a strategic partnership established with Kobe Steel on July 2, 2026, to create a multi-year Quantum Center of Excellence focused on integrating quantum computing into materials, production, and process optimization within the KOBELCO Group. Gibson stated that JIJ aims to translate research into tangible industrial applications and solidify its position within the rapidly evolving quantum landscape. Source: https://www.j-ij.com/en/news/20260918 More like thisQuantum Computing Business NewsMaryland wins Riverlane’s U.S. headquarters, boosting quantum workQuantum Computing Business NewsFire Opal links Q-CTRL software to IBM quantum ha

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Riverlane Establishes U.S. Headquarters in Maryland’s Discovery District to Scale Real-Time QEC Deploymentsquantum-computing

Riverlane Establishes U.S. Headquarters in Maryland’s Discovery District to Scale Real-Time QEC Deployments

Riverlane Establishes U.S. Headquarters in Maryland’s Discovery District to Scale Real-Time QEC Deployments Quantum error correction (QEC) technology developer Riverlane has announced plans to establish its official U.S. headquarters in the Discovery District Maryland in College Park. Located adjacent to the University of Maryland (UMD) campus, the facility will house executive offices, laboratory space, and customer integration facilities to support Riverlane’s North American expansion, commercial business development, and research collaborations with U.S. government and commercial partners. The facility embeds Riverlane directly within the Mid-Atlantic quantum technology corridor, anchored by the Joint Center for Quantum Information and Computer Science (JCIQS)—a partnership between UMD and NIST—alongside the U.S. Army Research Laboratory, Johns Hopkins University Applied Physics Laboratory, and commercial hardware providers such as IonQ and Microsoft. Supported by Maryland’s state-backed Capital of Quantum initiative, the expansion builds on Riverlane’s existing U.S. office in Boston and deepens existing joint QEC integration projects with hardware partners including IQM and Quantum Motion. [ Riverlane Maryland Headquarters & Operational Profile ]Corporate & Facility FootprintRegional Ecosystem & Funding AnchorCore QEC Product Stack• U.S. HQ: Discovery District Maryland (College Park)• State Initiative: Capital of Quantum ($1B 2030 Target)• Deltaflow™ Real-Time FPGA QEC System• Academic Partner: University of Maryland (UMD)• Federal Partners: NIST, JCIQS, ARL, JHU-APL• Deltakit™ QEC Software Development Kit• Global Sites: Cambridge (UK), Boston, Delft• Total Capital Raised: $120M+ ($85M Series C)• Real-Time Decoding & QEC Chips Concurrently, Riverlane and UMD have launched a strategic collaboration focused on QEC workforce development, student fellowships, and joint research on real-time decoding algorithms. Riverlane’s flagship QEC platform, Delt

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Riverlane Establishes U.S. Headquarters in Maryland to Accelerate Quantum Computing Innovation - Yahoo Financequantum-computing

Riverlane Establishes U.S. Headquarters in Maryland to Accelerate Quantum Computing Innovation - Yahoo Finance

This is a paid press release. Contact the press release distributor directly with any inquiries. Riverlane Establishes U.S. Headquarters in Maryland to Accelerate Quantum Computing Innovation Business Wire Thu, September 17, 2026 at 7:00 AM EDT 3 min read New headquarters in Discovery District Maryland, backed by Maryland's Capital of Quantum initiative, strengthens Riverlane's commitment to the U.S. quantum ecosystem, talent development and commercial growth CAMBRIDGE, England & COLLEGE PARK, Md., September 17, 2026--(BUSINESS WIRE)--Riverlane, the global leader in quantum error correction (QEC), today announced plans to open its U.S. headquarters in Discovery District Maryland, marking a significant milestone in the company's long-term investment in the United States. The new facility, located steps from the University of Maryland campus, will provide office and laboratory space and serve as Riverlane's U.S. headquarters and a center for research collaboration, customer engagement and business development. The investment builds on Riverlane's existing U.S. presence in Boston and reflects Riverlane's commitment to supporting the commercialization of quantum computing and strengthening its presence in one of the world's leading quantum technology ecosystems. "Quantum computing is reaching a pivotal moment, and quantum error correction will be essential to unlocking its full potential," said Steve Brierley, founder and CEO of Riverlane. "Establishing our U.S. headquarters in Maryland puts us at the heart of an exceptional ecosystem of researchers, industry leaders and government partners working to advance quantum. We're excited to play our part in growing that ecosystem, help develop the talent and skills the industry needs, and work together to build the world's first useful, error-corrected quantum computers.

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