Customers use Amazon Braket to design and run quantum algorithms to explore applications of quantum computing. As the complexity of research workloads matures, it is important to have access to innovative capabilities. In this blog post, we …
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Defects in crystals are leading qubit candidates for quantum information networks. The ability to efficiently model defects, like nitrogen-vacancy (NV) centers, and their environment would deepen our understanding of these complex quantum …
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Quantum computing holds the key to unlocking new frontiers in physics simulation. Our latest blog post demonstrates how to use Amazon Braket to simulate a model relevant to quantum chromodynamics, the fundamental theory of quarks and …
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Boost the performance of your quantum workloads on IonQ hardware with Q-CTRL’s Fire Opal error suppression technology, now available on Amazon Braket. Achieve increased accuracy and run deeper, wider circuits with just a few lines of code. …
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Amazon Braket provides access to quantum computing resources and tools to develop quantum algorithms, test them on quantum circuit simulators, and run them on different quantum hardware technologies. Amazon Braket notebooks provide …
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The future is hybrid quantum-classical computing. Find out how NVIDIA and Amazon are teaming up to advance hybrid quantum workflows. Read the Post on the AWS Blog Channel
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Quantum computing promises to revolutionize industries. Our new Quantum Embark program provides expert guidance to help you harness its potential. Read the Post on the AWS Blog Channel
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Explore a hands-on quantum algorithm that illustrates how quantum techniques like Monte Carlo estimation can outperform classical methods. Read our new blog for the details. Read the Post on the AWS Blog Channel
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