Quantum Computing

Hewlett Packard Enterprise and seven partners have formed a global consortium to accelerate fault-tolerant, hybrid quantum computing that can be deployed alongside today’s high performance computing and semiconductor ecosystems. Dr. Masoud Mohseni of HPE Labs serves as quantum system architect, coordinating a full-stack effort to design a practically useful, cost-effective “quantum supercomputer,” with the near-term emphasis on hybrid integration, error-correction maturity, and manufacturability. The Alliance is structuring work around the most stubborn barriers to scale: error correction, orchestration with classical systems, and semiconductor-grade design and manufacturing. Aligning supercomputing and semiconductor leaders around a single roadmap increases the odds of reaching fault tolerance on economically viable timelines.
India’s telecom sector is forecasted to grow 12–14% in FY25, hitting ₹3 lakh crore in revenue, with AI adoption, Vodafone-led tariff hikes, and R&D investment driving momentum. AI is not just boosting efficiency—it’s reshaping the future of telecom jobs, infrastructure, and policy. Sunil Bharti Mittal called for stronger private R&D efforts and smarter policy frameworks to harness India’s demographic advantage and scale the next era of AI-powered telecom innovation.
In 2025, data centers are at the forefront of AI innovation, balancing the explosive growth of AI workloads with urgent sustainability goals. This article explores how brownfield and greenfield developments help operators manage demand, support low-latency AI services, and drive toward net-zero carbon targets.
Nokia, Honeywell Aerospace Technologies, and Numana have teamed up to develop quantum-safe networks, a pivotal move for global cybersecurity. This partnership leverages technology from each entity to secure data communications against future threats. Learn about their strategic roles and the potential impacts on both private and national security frameworks.
This articles explores how AI, quantum computing, and next-gen connectivity are shaping the future of innovation. From ethical AI and quantum-safe cryptography to 6G-enabled access to education and healthcare, these converging technologies are redefining what’s possible across industries. The key: inclusive, sustainable, and collaborative development.
Nvidia GTC 2025 introduced AI advancements, including Blackwell Ultra AI chips, agentic AI, and AI Factories. With innovations in robotics, generative AI, and AI-driven cloud computing, Nvidia is shaping the future of AI-powered industries. Discover how these technologies are transforming healthcare, finance, automotive, and enterprise applications.
In 2025, the mobile industry is set to surpass 1 billion IoT connections while advancing 5G standalone, AI, quantum security, and mobile identity services. At MWC25 Barcelona, GSMA experts will discuss eSIM standardization, network APIs, private 5G, and AI-powered security. Discover how non-terrestrial networks (NTN) and post-quantum cryptography will shape telecom’s future.
In this week’s episode Patrick Kelly is joined by IBM Quantum Industry Partner, Imed Othmani, in a discussion on progress and obstacles in Quantum Computing. In particular, what and when will be the first practical applications of this technology. It’s a fascinating insight into the path from pure research to business value, and IBM’s approach to finding it.
IBM Research is responsible for ideas and innovations that will drive growth and redefine the state-of-the-art in technology. In a rare discussion with IBM Research , Patrick Kelly begins the episode with COO Jeff Welsey by exploring the state of AI, and the practicalities of cutting-edge research. From there, it’s a look into the relationship between AI and quantum computing, high-value use cases for both within telecom and in other industry sectors. And with a diversion into the world of 2nm silicon, cooling… it’s quite the tour, right at the frontiers of technology.

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