LOS ANGELES, Sept. 18, 2025 (GLOBE NEWSWIRE) -- The original press release, distributed Thursday, September 18, 2025, incorrectly stated that Portnoy Law Firm had commenced an investigation into D-Wave Quantum Inc., in the headline and body of the release. The Portnoy Law Firm has commenced an investigation into Quantum Corporation concerning alleged securities fraud. The corrected release follows. The Portnoy Law Firm advises Quantum Corporation, (“Quantum” or the "Company") (NASDAQ: QMCO) investors that t ...

Group 1 - The Rosen Law Firm is reminding purchasers of Quantum Corporation securities from November 15, 2024, to August 18, 2025, about the lead plaintiff deadline of November 3, 2025, in a securities class action lawsuit [1] - Investors who purchased Quantum Corporation securities during the specified period may be entitled to compensation without any out-of-pocket fees through a contingency fee arrangement [2] - A class action lawsuit has already been filed, and interested parties can join by contacting the Rosen Law Firm [3][6] Group 2 - The lawsuit alleges that Quantum Corporation made false and misleading statements regarding its revenue recognition for the fiscal year ending March 31, 2025, which will require a restatement of previously filed financial statements [5] - The misleading statements about Quantum Corporation's business operations and prospects led to investor damages when the true information became public [5] Group 3 - The Rosen Law Firm emphasizes the importance of selecting qualified legal counsel with a successful track record in securities class actions, highlighting its own achievements in recovering significant amounts for investors [4]

Core Insights - The quantum computing sector is rapidly moving towards commercialization, driven by major breakthroughs and increasing government support, although it remains small compared to the broader market [2][10] - Recent developments from leading companies in the quantum space, such as IonQ, D-Wave Quantum, and Rigetti Computing, highlight both growth and speculative nature of the sector [4][5][6] Company Developments - IonQ completed the acquisition of Oxford Ionics, enhancing its technological roadmap and expanding its international presence [4] - D-Wave Quantum reported over 80% year-over-year growth in bookings following its Qubits Japan 2025 conference, indicating strong global demand for its systems [5] - Rigetti Computing secured a $5.8 million contract from the Air Force Research Laboratory to advance superconducting quantum networking, showcasing government investment in quantum infrastructure [6] Market Perspective - The combined market capitalization of publicly traded quantum computing companies is approximately $35–40 billion, significantly smaller than the non-Tesla EV sector, which is valued at about $70–80 billion [9] - Historical context shows that at the peak of the EV hype cycle, companies like Rivian and Lucid had valuations exceeding the entire quantum sector, indicating that quantum is still in its early lifecycle with potential for growth [10] Technical Analysis - The recent rallies in quantum stocks have been remarkable, with the sector becoming a favorite among retail investors [11] - A prudent strategy for new investors may involve waiting for a pullback or consolidation phase before entering the market, while current holders can enjoy the momentum [12]

Group 1 - D-Wave Quantum stock (NYSE: QBTS) has surged by 2,200% over the past year, driven by excitement for quantum computing, the AI surge, and strategic initiatives like partnerships and conferences [2][3] - The company recently announced its first Qubits Japan 2025 quantum computing user conference in Tokyo, with an 83% increase in reservations for its technology in the Asia Pacific region [3] - D-Wave operates on a modest revenue base of $22 million, with a net income margin of -1,260% and an operating cash flow margin of -220%, indicating significant cash burn [3][9] Group 2 - Historical context shows that D-Wave's stock fell 97% from $12 to $0.40 during the 2022 market crash, highlighting the volatility of speculative stocks [5][6] - The current downside risk for QBTS stock is suggested to be below $1, reflecting the company's ongoing cash burn and reliance on future expectations rather than solid fundamentals [6][8] - Key risks include a gap between commercial reality and research applications, intensifying competition from tech giants, and potential dilution of existing shareholders due to cash burn [9]

Core Insights - 01 Quantum Inc. has reported its third quarter fiscal 2025 results, highlighting significant advancements in its business and a focus on quantum-safe cybersecurity solutions [1][2] - The company anticipates revenue growth in Q4 2025, driven by commercial applications of its IronCAP™ technology and strategic partnerships [3][8] Business Developments - The rebranding to 01 Quantum Inc. was overwhelmingly approved by shareholders, reflecting the company's commitment to quantum-resilient cybersecurity [4] - A strategic alliance with qLABS was established to develop quantum-safe tokens, with the company receiving development fees and a share of token sale proceeds [5][6] - The company is co-developing a post-quantum cryptography (PQC) zero-trust remote access solution with a major Japanese systems integrator, expecting revenue recognition in Q4 2025 [9] - A partnership with Turnium Technology Group Inc. aims to commercialize IronCAP X™, enhancing the reach of quantum-safe cybersecurity solutions [10] Financial Performance - For Q3 2025, the company reported revenue of $143,957, an increase from $126,103 in Q3 2024, primarily from legacy remote access services [21] - The net loss for Q3 2025 was $351,411, compared to a loss of $40,173 in Q3 2024, with increased expenses attributed to product development and marketing efforts [14][21] - Cash operating expenses for Q3 2025 were $407,292, significantly higher than $119,335 in Q3 2024, reflecting investments in growth initiatives [14][21] Market Context - The global cryptocurrency market is valued at $3.8 trillion, presenting a substantial opportunity for quantum-safe solutions as the industry faces vulnerabilities from quantum computing advancements [8][6]

Core Insights - Quantum computing stocks have gained significant attention and value, driven by advancements in technology and endorsements from industry leaders [2][4] Quantum Computing Industry - Alphabet's introduction of the Willow quantum chip marked a pivotal moment, showcasing its capability to perform calculations in less than five minutes that would take traditional supercomputers 10 septillion years [2] - Quantum Computing (QUBT) is the smallest among pure-play quantum computing stocks, reporting a revenue of $61,000 in Q2, down from $183,000 a year prior [3] - The current market cap of Quantum Computing is $2.7 billion, primarily based on future potential rather than current revenue [4] Sweetgreen - Sweetgreen is a fast-casual restaurant chain leveraging technology through its Infinite Kitchen, an automated system for ingredient preparation [6] - The company has faced short-term challenges, with comparable sales declining due to various factors, yet it has significant growth potential with plans to expand from 250 to over 1,000 locations [7][8] - Sweetgreen's market cap is currently $1 billion, having dropped 74% this year, but recovery could position it above Quantum Computing's market cap [9] Innodata - Innodata is a small-cap AI stock providing data labeling services, competing with larger firms like Scale AI, indicating a substantial market for data organization [10] - The company reported a 79% year-over-year revenue increase to $58.4 million in Q2, with a net income of $7.2 million, showing profitability [11] - With a market cap of $2 billion, Innodata is positioned to potentially surpass Quantum Computing in the coming years [11]

Group 1 - A class action was filed on behalf of stockholders who purchased or acquired Quantum Corporation securities between November 15, 2024, and August 18, 2025 [1]

Core Viewpoint - WiMi Hologram Cloud Inc. is exploring an innovative solution called Synergic Quantum Generative Network (SQGEN), which utilizes a parallel quantum learning framework to enhance the efficiency of generative learning in quantum computing [1][4]. Group 1: SQGEN Overview - SQGEN features a parallel quantum learning framework where the generator and discriminator operate simultaneously, improving training speed and efficiency [1][3]. - The architecture employs the Nelder-Mead optimization algorithm, which is effective in quantum computing environments where gradient calculations are challenging [2]. - SQGEN introduces a cost function that relaxes the reversibility condition, enhancing stability and reducing quantum resource consumption during training [2][3]. Group 2: Technological Advantages - The collaborative quantum generative network architecture significantly improves training efficiency and reduces the time to reach a converged state compared to traditional methods [3][4]. - By optimizing quantum communication mechanisms and reducing cost function evaluations, SQGEN makes quantum generative learning more economically feasible [3][4]. - The synchronization mechanism within SQGEN ensures that the generator and discriminator remain in sync, addressing training instability and enhancing model robustness [2][3]. Group 3: Future Implications - With ongoing advancements in quantum computing technology, SQGEN has the potential for broader applications in machine learning and artificial intelligence [4]. - The improvements in training speed and data quality achieved by SQGEN validate its effectiveness and suggest new methodologies for quantum generative learning [3][4]. Group 4: Company Background - WiMi Hologram Cloud, Inc. specializes in holographic AR technologies, including automotive applications, 3D holographic pulse LiDAR, and holographic software development [5]. - The company is positioned as a leading provider in the global Hologram Augmented Reality technology sector, focusing on innovative solutions and applications [5].

Core Insights - 01 Quantum Inc. has announced the Quantum Crypto Wrapper (QCW) technology aimed at protecting the $3.8 trillion crypto industry from potential quantum computing threats [1][2] - The QCW technology combines Zero-Knowledge Proofs (ZKP) with IronCAP™, a NIST-approved post-quantum cryptography, to enhance the security of digital assets including stablecoins [1][2] - The introduction of QCW is timely as the GENIUS Act mandates stablecoins to be backed 1-for-1 with cash or short-term debt, increasing their significance in the U.S. Treasury market [2] Company Overview - 01 Quantum Inc., formerly known as 01 Communique Laboratory Inc., specializes in post-quantum cybersecurity and has developed the IronCAP™ product line [9] - The company is focused on providing solutions that ensure the security of digital assets in the face of evolving quantum threats [7][9] - qLABS, a new crypto foundation launched by 01 Quantum, will lead the implementation of QCW technology across the crypto ecosystem [8][10] Technical Highlights - The QCW technology features a patent-pending method that integrates post-quantum signatures with ZKP for efficient verification [6] - It is designed to be compatible with major blockchains such as Ethereum, Solana, and Bitcoin, ensuring seamless adoption without the need for ecosystem migration [6] - The technology is optimized for performance on conventional systems while being resistant to future quantum attacks [6] Industry Context - The global crypto market is currently valued at $3.8 trillion, highlighting the urgency for quantum-resistant solutions as the industry matures [2] - The risk of quantum attacks is exacerbated by the reliance on classical cryptographic algorithms, making the development of quantum-resistant technologies critical [2][8] - The looming threat of "Q-Day," when quantum computers can break widely used encryption, necessitates proactive measures to secure digital assets [8]

Core Insights - ORCA Computing has announced a blueprint for integrating photonic quantum AI into real-world data centers [1] - The collaboration with NVIDIA aims to deploy scalable hybrid quantum–classical systems for AI and machine learning workloads [1] Company Developments - ORCA Computing is recognized as a leading quantum computing company [1] - The integration involves ORCA's photonic quantum processors with NVIDIA's accelerated computing and CUDA-Q software platform [1] Industry Implications - The initiative highlights the potential for immediate deployment of advanced computing systems in data centers [1] - This development underscores the growing intersection of quantum computing and AI technologies [1]