The Royal Swedish Academy of Sciences announced on October 7, 2025, the awarding of the Nobel Prize in Physics to three U.S.-based physicists for groundbreaking research demonstrating quantum mechanical behavior in macroscopic electrical circuits. John Clarke (University of California, Berkeley), Michel Devoret (Yale University),…
A quick, friendly preview India Mobile Congress (IMC) 2025 arrives October 8–11 at Yashobhoomi, New Delhi, bringing four days of future‑ready connectivity and deep tech to Asia’s largest telecom forum. Co-organized by the Department of Telecommunications and COAI, this year’s…
Jeff Bezos, speaking at Italian Tech Week, predicted that gigawatt-scale data centers powered by AI and robots will operate in Earth's orbit within 10–20 years, leveraging 24/7 solar energy and offering new economic and technical advantages over ground-based facilities. The vision, which also includes millions living in orbital habitats, has sparked both excitement and skepticism in the tech community.
A team led by CEA-Leti in France has developed the first hybrid memory technology enabling both on-chip AI learning and inference. This breakthrough merges ferroelectric capacitors and memristors in a CMOS-compatible stack, paving the way for adaptive, energy-efficient edge devices without reliance on cloud updates.
Quantum computing will be a leading focus at the India-UK Technology Security Initiative in Mumbai on October 9, 2025, coinciding with UK Prime Minister Keir Starmer's visit. The initiative, powered by research from Imperial College London and IIT Bombay, aims to advance climate-resilient agriculture and secure communications, with major regional developments in Andhra Pradesh and broad public support.
What changed on Sep 30 ?? On Sep 30, 2025, a bipartisan group of U.S. senators moved to reintroduce reforms tightening H-1B and L-1 rules, placing fresh scrutiny on how Indian IT firms use these programs to staff onsite roles…
The UK has launched Neuroware, its first national Innovation and Knowledge Centre for neuromorphic computing hardware, led by University College London with £12.8 million in funding. The centre unites top universities and major tech firms to accelerate brain-inspired, energy-efficient computing for AI, healthcare, and IoT, aiming to bridge research and real-world applications.
On October 2, 2025, scientists from the University of Chicago, UC Berkeley, Argonne, and Lawrence Berkeley National Labs announced molecular qubits that communicate at telecom frequencies, enabling direct integration with existing fiber-optic networks. This breakthrough could accelerate scalable quantum networks and quantum sensing, marking a major step toward practical quantum technologies.
Volkswagen Group, in partnership with Rivian, has announced a new semiconductor procurement model covering over 50 categories, aiming to streamline sourcing, cut costs, and boost supply chain resilience for future vehicle models. The joint venture will manage critical chip sourcing across Europe and North America, setting a new benchmark for collaboration between the automotive and semiconductor industries.
The Trump administration is considering a policy requiring semiconductor companies to manufacture as many chips domestically as they import, or face steep tariffs. Industry leaders warn the plan could disrupt supply chains and increase costs, citing the significant time and investment needed to expand U.S. chip production.
Harvard and MIT researchers, in partnership with QuEra Computing, have announced a quantum computing breakthrough: a 3,000-qubit system that operates continuously for over two hours, solving a major challenge in the field by using optical conveyor belts and tweezers to rapidly replenish qubits. This advance sets a new benchmark for reliability and scalability, with broad implications for practical quantum computing.
NVIDIA reported record Q2 fiscal 2026 revenue of $46.7 billion, driven by its data center and AI business, while redirecting H20 chip sales away from China. The company announced major AI infrastructure collaborations across Europe, sparking optimism in regional markets and highlighting its global pivot.
Australian researchers at UNSW Sydney have achieved a landmark breakthrough by entangling the nuclear spins of phosphorus atoms in silicon chips, enabling robust long-distance quantum communication between qubits. This advance, compatible with existing chip manufacturing, paves the way for scalable, industrial quantum processors and brings practical quantum computing closer to reality.
The Philippines is hosting the World Robot Olympiad Asia Pacific Open Championship 2025 in Manila, attracting 800 participants from 33 countries. The event underscores the nation's growing leadership in robotics education, with local media and attendees celebrating its successful organization and impact on STEM innovation.
Indonesia must accelerate its renewable energy transition to remain globally competitive, according to a Jakarta Post opinion. Despite ambitious targets, policy and investment bottlenecks threaten progress, while experts urge regulatory reform and stronger incentives to unlock economic and environmental benefits.
A landmark study reveals that zero-measure quantum states can optimally detect spins for any transformation, setting a new foundation for quantum sensing and unlocking greater precision in scientific and industrial applications.
HyperPay has signed landmark MoUs with Mastercard and Mozn at Money20/20 Middle East 2025 in Riyadh, aiming to advance fintech innovation, expand digital payments, and strengthen transaction security across Saudi Arabia, the UAE, and Qatar.
India has successfully tested its first indigenous 6-qubit quantum processor, marking a significant leap in the National Quantum Mission and positioning the nation as an emerging force in quantum computing. Developed by DRDO, TIFR, and TCS, this breakthrough sets the stage for scalable quantum technologies and self-reliance.
Setonix-Q is expanding hybrid quantum computing access for Australian researchers through the NCMAS 2025 call, offering advanced resources and fostering regional innovation.
According to a recent study from the Wi-Fi Alliance, more than 9 billion Wi-Fi devices, including personal computers, smartphones, televisions, tablets, sensors, and so on, are currently in use worldwide. WiFi’s throughput requirement keeps increasing due to the emergence of…