Professor Stefano Pirandola receives the IET Achievement Medal for groundbreaking research on the theoretical limits of quantum communications, impacting security, networks, and AI infrastructure.
Stefano Pirandola Awarded IET Achievement Medal for Advancing Quantum Communication Read More »
Discover how NVIDIA’s NVQLink architecture integrates quantum processors with GPUs to accelerate quantum error correction and hybrid quantum-classical computing.
NVIDIA NVQLink: Bridging Quantum and GPU Supercomputing for Scalable Hybrid Systems Read More »
SES plans to deploy enterprise quantum communications using space-based Quantum Key Distribution by the early 2030s. Learn about the EAGLE-1 satellite and key challenges in capacity and security.
SES Targets Early 2030s for Enterprise Quantum Communications via Space-Based QKD Read More »
Discover how the XPrize Foundation’s $5 million Quantum Applications competition is driving real-world quantum algorithms and accelerating the technology’s commercial future.
How the XPrize Quantum Applications Competition is Shaping Practical Quantum Computing Read More »
Explore how quantum computing acts as the engine for Artificial Superintelligence by 2035, transforming AI simulations, accelerating discovery, and reshaping the future while balancing opportunities and risks.
How Quantum Computing Will Fuel Artificial Superintelligence by 2035 Read More »
IBM achieves a milestone by executing quantum error correction algorithms on common AMD chips, marking a shift toward cost-effective, hybrid quantum-classical systems and accelerating the quantum computing industry roadmap.
Discover how Google Quantum AI’s breakthrough with higher-order Out-of-Time-Order Correlators reveals complex quantum dynamics and achieves practical quantum advantage beyond classical computing.
Google Quantum AI Demonstrates New Quantum Advantage Using Out-of-Time-Order Correlators Read More »
Discover how Google Quantum AI’s experiment with constructive interference and Out-of-Time-Order Correlators advances practical quantum advantage and opens doors for innovative quantum applications.
Explore the rapid growth of the quantum detector market, its leading technologies, key global players, and its role in advancing quantum computing, communications, and sensing.
Quantum Detector Market Set to Surge to $3.4B by 2035 Fueled by Quantum Tech Innovation Read More »
Discover how a novel ‘quantum lie detector’ experiment using a 73-qubit processor confirms true quantum mechanics in computing, proving real entanglement beyond classical simulation.
Quantum Lie Detector Verifies Authentic Quantum Computing with 73-Qubit Processor Read More »
