In this very category we will talk about Quantum computing ,their advacements and all
SEALSQ and Quobly partner to embed post-quantum security into scalable silicon-based quantum processors, aiming to secure Europe’s digital future with native cryptographic integration.
Quantum Pulse Ventures and Tel Aviv University debut a universal coupler that could slash photonic quantum computer costs by $900M, reduce error rates, and accelerate commercialization by years.
A multinational team has achieved the first foundry-ready superconductive semiconductor using germanium, enabling scalable quantum circuits and energy-efficient devices via precise gallium doping—a breakthrough hailed as a 'holy grail' for quantum research.
Qastle, the world's first quantum-secured hot wallet, launched November 1, 2025, by Krown Technologies and Quantum eMotion, aims to make quantum-safe blockchain security accessible to all users.
Asia's financial systems face growing vulnerabilities from quantum computing advances, with cybersecurity experts warning that most companies remain unprepared. Over 90% of Asia Pacific enterprises plan to prioritize post-quantum security by 2026, but uneven readiness across the region leaves critical infrastructure exposed to quantum threats.
The U.S. Department of Energy has announced $11.4 million in funding for six projects at the intersection of quantum information science and fusion energy, aiming to accelerate breakthroughs in quantum algorithms, plasma measurement, and materials discovery.
At GTC 2025, NVIDIA unveils a record-breaking logical qubit, NVQLink for hybrid quantum-AI supercomputing, and the Grace Blackwell architecture—heralding a new era in unified, accelerated computing.
On October 28, 2025, the U.S. and Japan signed the Technology Prosperity Deal, advancing collaboration in semiconductors, high-performance computing, and quantum technologies. Building on the $550 billion trade framework from July 2025, the agreement focuses on supply chain resilience, joint research, and workforce development.
MIT PhD student Miranda Schwacke is pioneering neuromorphic computing devices that mimic the brain’s energy-efficient processing using magnesium ions in tungsten oxide, offering a promising path toward sustainable AI systems.
Universal Quantum CEO Sebastian Weidt urged Parliament to accelerate government investment and infrastructure for quantum computing, presenting a five-step plan to secure UK leadership through talent retention, domestic manufacturing, and international collaboration.
Google’s Quantum Echoes algorithm claims a new quantum advantage, running 13,000x faster than top supercomputers. While Google touts practical applications in molecular analysis, experts debate the true significance and urge cautious optimism.
NATO nations accelerate quantum sensing and AI adoption for defense, aiming to counter GPS vulnerabilities and boost strategic resilience through industry collaboration.
China launches its Zuchongzhi 3.0 quantum computer with 105 qubits, achieving speeds quadrillion times faster than classical supercomputers and offering global cloud access.
Isentroniq raises €7.5M to tackle quantum computing’s cryogenic wiring bottleneck, aiming to enable scalable, cost-effective systems with thousands to millions of qubits.
LuxQuanta secures €8 million Series A funding, including a €2.5 million EIC grant, to accelerate global deployment of quantum cybersecurity and NOVA LQ® technology.
Stockholm’s FirstQFM secures €1.2 million to propel quantum computing innovation, advancing proprietary AI foundation models and highlighting Sweden’s growing role in Europe’s quantum tech ecosystem.
Indian scientists have achieved certified quantum randomness using a single qubit, eliminating the need for complex multi-particle setups. This breakthrough, led by Raman Research Institute in collaboration with IISc and the University of Calgary, paves the way for practical, scalable quantum cryptography and cloud-based quantum randomness.
Researchers at Nagoya University have discovered that kagome metals, a new class of quantum materials, can transform faint magnetic signals into dramatic electrical changes—breaking conventional rules of electricity and unlocking potential for next-generation quantum devices.
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.
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.