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Quantum Brilliance: Shaping the Future of Room-Temperature Quantum Computing

Quantum Brilliance: Shaping the Future of Room-Temperature Quantum Computing Quantum computers promise to perform certain computations much more efficiently than classical computers – and the global race to build and harness their powers has just begun. However, approaches like superconducting or ion trap quantum computers need extreme cooling or advanced laster systems to operate, making …

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Quantistry: Shaping the Future of Computational Chemistry

Quantistry: Shaping the Future of Computational Chemistry Materials underpin eras of human evolution: From Stone Age to Bronze Age – to pushing the capabilities of solar cells, batteries, and chemical synthesis and catalysis nowadays.  On a fundamental level, materials and their constituents are governed by the equations of quantum mechanics that need to be solved …

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Vaxine.io: Shaping the Future of Collaborative Applications

Vaxine.io: Shaping the Future of Collaborative Applications Do you notice lag when collaborating online with colleagues around the world? You’re not alone! As the future of work moves increasingly remote and users and colleagues spread out worldwide, apps and database systems are being challenged to support collaboration in real-time with low latency across continents and …

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HQS: Shaping the Future of Quantum Chemistry

HQS: Shaping the Future of Quantum Chemistry Whether it’s batteries, fuel cells, or solar cells – optimizing materials properties for particular applications is unpinning much of technological progress.  However, on a fundamental level, this means solving the equations of quantum mechanics. While quantum chemistry has developed a plethora of methods for this over time, classical …