Guest Post by Mark Haas, CEO and Co-Founder, Association for Enterprise Growth (AEG) Years ago, I facilitated a global science and technology R&D gathering for a branch of the US military. Scientists and technologists from across the world […]
Category: quantumdaily
Insider Brief IBM Quantum researchers demonstrated that certain types of noise, specifically nonunital noise, can extend the depth and usefulness of quantum computations beyond previously assumed limits. The study introduces RESET protocols that recycle noisy […]
Insider Brief NVIDIA’s venture arm NVentures invested in QuEra, Quantinuum and PsiQuantum in early 2025, signaling a strategic shift toward quantum computing after years of skepticism. The investments span all three major quantum hardware modalities […]
Insider Brief Ueno Bank, Paraguay’s largest bank with 2.2 million customers, has implemented quantum-resistant cybersecurity to protect digital operations and e-signed documents. The bank deployed SignQuantum’s quantum-resistant digital signatures and QANplatform’s quantum-resistant blockchain, supported by […]
Insider Brief Prime Minister Mark Carney has directed Canada’s new Major Projects Office to develop a sovereign cloud as part of the country’s nation-building agenda, alongside pipelines, nuclear projects, and ports. The sovereign cloud is […]
Insider Brief PsiQuantum has raised $1 billion in a Series E round, valuing the company at $7 billion and funding efforts to build utility-scale, fault-tolerant quantum computers in Brisbane and Chicago. The financing, led by […]
Insider Brief Montana State University is deploying Qunnect’s Carina quantum networking suite to anchor a campus-wide quantum environment integrating quantum computing, sensing, and networking. The collaboration is expected to draw new research funding, attract industry […]
Insider Brief Researchers created a continuous space-time crystal in nematic liquid crystals using ambient light, showing ordered patterns that break both spatial and temporal symmetry. The crystals emerge from particle-like solitons, remain robust against perturbations, […]
Insider Brief KAIST researchers used quantum computing to design multicomponent porous materials (MTVs), marking the first time quantum devices solved this class of materials problem. The method enables efficient exploration of millions of possible molecular […]
Insider Brief CDimension, an MIT spin-out recently valued at $1 billion, is developing wafer-scale single-crystalline 2D insulators to reduce noise in quantum devices and enable scalable, error-corrected quantum computing. The company’s technology extends qubit coherence […]
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