Quantum Weekly Report: July 28–29, 2026

【Answer 1】 Photonic/Quantum Networks ・ Four quantum companies have joined ABQ-Net, New Mexico’s open quantum network, built by Qunnect: This network forms part of New Mexico’s $450 million quantum investment initiative and marks the first enterprise-level open-access entanglement distribution platform—potentially accelerating testing of quantum network applications. However, key performance metrics (e.g., entanglement distribution rate, fidelity) remain undisclosed [12][37]. ・ Germany plans a nationwide fiber-optic network, QFT-backbone, to strengthen quantum connectivity: Designed to advance quantum technologies and time/frequency metrology research, it may serve as backbone infrastructure for Europe’s quantum communication network—but its timeline and number of nodes have not been announced [13]. 03 · Algorithms & Software ・ Quemix and Sumitomo Rubber propose a quantum-classical hybrid method to address readout challenges: This approach scales computational cost logarithmically with grid point count on quantum computers—potentially reducing quantum gate counts. Yet actual speedup depends on problem specifics and no comparative benchmarking against alternative methods is provided [17]. ・ Research reveals the role of data-induced randomness in quantum machine learning: The study highlights how randomness introduced during data embedding affects model performance, offering theoretical guidance for designing more effective quantum ML models—though no concrete performance improvement metrics are given [9]. ・ Research demonstrates the relationship between quantum machine learning advantage and universal computational advantage: This theoretical work establishes stricter conditions for quantum ML advantage, helping distinguish genuine quantum advantage from classical simulation—yet experimental validation remains pending [8]. 04 · Industry & Ecosystem ・ Infleqtion and Quantinuum announce Q2 earnings releases on August 12 and August 11, respectively: Financial results from these publicly listed firms will reflect commercialization progress of neutral-atom and ion-trap quantum computing platforms—key focus areas include revenue composition and R&D investment [3][10]. ・ IonQ receives regulatory approval to complete its acquisition of SkyWater Technology: This move grants IonQ ownership of a dedicated foundry, potentially accelerating production of its ion-trap processors—though integration risks persist [25]. ・ EPFL and Quantinuum collaborate via the SCITAS platform to offer cloud access to an ion-trap quantum computer: This marks the first integration of quantum computing into a high-performance computing environment by a Swiss academic institution—supporting algorithm development and talent cultivation [35]. ・ Riverlane and the Unitary Foundation launch the “Deltakit Community Fund” to accelerate open-source quantum error correction: The fund supports development of open-source error-correction software tools—potentially lowering entry barriers for quantum error-correction research [27]. ・ C12 unveils its carbon nanotube spin qubit roadmap, targeting practical fault-tolerant quantum computing by 2033: The roadmap outlines four generations—from Aïdôs (2027) to Panopeia (2033)—but carbon nanotube technology remains in early stages amid intense competition [5]. ・ NVision Quantum secures €2.5 million Horizon Europe funding for its quantum-enhanced MRI platform: Leveraging quantum effects to improve medical imaging, the technology faces a long commercialization path [11]. ・ Other developments: QURECA partners with SciSpace to provide quantum learning resources [15]; EigenQ appoints new executive leadership [34]; Vietnam hosts an international quantum hackathon [30]; London will host the City Quantum & AI Summit [31]; Two Hands Corporation opens beta testing for its quantum circuit simulator [26]; NordForsk joins the G7 Quantum Research Funding Initiative [29].

Major Investment Weekly Report: Oorja Bio, a developer and manufacturer of cardiopulmonary disease therapeutics, raises $30 million in Series A funding; SPR Therapeutics, a private medical device company, acquired for $650 million

【Answer 2】 Yichang Yongxin Precision Technology Co., Ltd. champions the circular utilization of rare metal resources, delivering cost-effective cemented carbide tools to support the global green electronics technology industry. Qujing Fupai Color Printing Co., Ltd. specializes in printing cigarette trademarks for Yunnan China Tobacco Materials (Group) Co., Ltd. The company holds certifications including GB/T 2008 quality management system re-certification, GB/T 28001 occupational health and safety management system certification, and GB/T 24001 environmental management system certification. Hangzhou Tuoshen Technology Co., Ltd. (Tpson) is a high-tech enterprise focused on delivering equipment-level AI-powered power digitalization solutions. Leveraging its proprietary AI current-fingerprint technology and non-intrusive current analysis techniques, Tpson provides industrial and commercial customers with precise power management, energy-saving services, and load-response capabilities. With robust data processing capabilities and extensive industry experience, the company has deployed solutions for tens of thousands of customers across multiple application scenarios. Through synergistic collaboration with ecosystem partners, it has established a virtuous business cycle. Targeting the vast potential of end-user markets within next-generation power systems, Tpson is committed to driving the digital transformation of the power sector via its digital foundation—and actively supporting national goals of energy conservation, emissions reduction, and carbon neutrality. Critical Point AGILINK is a global technology company specializing in robotic end-effectors, dedicated to delivering reliable, high-performance dexterous manipulation and data-closed-loop solutions for embodied intelligent robots. Shanghai Jumeng Qiguang Computing Technology Co., Ltd. (short name: Jumeng Qiguang) is a superconducting quantum computing hardware startup founded in 2025, focusing on scalable quantum chips and full-system quantum computers. As an emerging force in the quantum computing field, the company secured angel financing within less than one year of incorporation—earning dual recognition from industrial investors and professional venture capital firms. Deep Intelligence is the first technology enterprise jointly incubated by Zhongguancun Academy and Zhongguancun Artificial Intelligence Research Institute—and the nation’s first company dedicated to “general-purpose embodied intelligence driven by real-human first-person perspective data.” Its “full-scenario first-person human operation data collection system + general-purpose embodied large model” aligns technologically with Generalist AI (the world’s first company to preliminarily validate the scaling law of embodied intelligence). Across data collection, data augmentation, and model training, Deep Intelligence achieves comprehensive parity. Huayu Xianxiang was founded in January 2021 as an eVTOL aircraft R&D enterprise incubated by Northwestern Polytechnical University—the “cradle of chief designers.” Its Series A round was led by Hunan state-owned capital, positioning it among China’s most promising emerging eVTOL enterprises. Headquartered in Changsha, Hunan, with an R&D center in Xi’an, the company leverages expertise from Northwestern Polytechnical University and former national-level aviation industry teams. It also draws upon key scientific research platforms—including the Shaanxi Provincial Engineering Laboratory for Experimental Aircraft Design and Testing, the Key Laboratory of Industrial Ministry of Industry and Information Technology for Electric Propulsion Technology of Aircraft, and the State Key Laboratory of Aerodynamics for Airfoils and Cascades—accumulating years of experience supporting major national R&D projects such as the C919 and Type-20 series. The company masters numerous core technologies in domains including overall design and optimization methodologies, UAV flight control system design and simulation, flight test methodology and instrumentation, dynamic system identification and modeling, UAV flight qualities, environmental perception, and safety assessment—with multiple technologies reaching top-tier domestic standards. Its multidisciplinary team covers the entire lifecycle of aircraft R&D.

German Startup NVision Unveils New Path to Quantum Computing Chips in Nature Paper

20 hours ago

German startup NVision published a Nature paper detailing a new method to manufacture quantum chips using organic molecules derived from medical imaging technology. Backed by $120 million including Abbott Laboratories, the company plans to fabricate complete quantum computers in partnership with HyperLight.

reuters

2026-10-28

German Startup NVision Unveils New Path to Quantum Computing Chips in Nature Paper

German Startup NVision Unveils New Path to Quantum Computing Chips in Nature Paper

FAQ