Tag: Amazon Braket

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 systems and accelerate the use of these defects in scalable quantum networks. To study complex quantum systems like these and advance basic research […]

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.

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 customers with a fully managed development environment that comes pre-installed with a range of and quantum development frameworks, including the Amazon Braket SDK […]

This post was contributed by Damian Steiger, Martin Schuetz, Alexander Opfolter, and Helmut Katzgraber The five winning teams of the Airbus and BMW Group Quantum Computing Challenge were announced today at the Q2B conference in Silicon Valley, California. The challenge, focused on tackling the most pressing applications in aviation and the automative industry, was a […]

The future is hybrid quantum-classical computing. Find out how NVIDIA and Amazon are teaming up to advance hybrid quantum workflows.

Quantum computing promises to revolutionize industries. Our new Quantum Embark program provides expert guidance to help you harness its potential.

Can variational quantum algorithms find useful applications before full error correction? Our new post analyzes VQE performance under noise for quantum chemistry.

Accelerate your quantum programming with a custom generative AI assistant for Amazon Braket. Learn how to build your own AI-powered code assistant in our latest post.

In this post, we’ll explore quantum computing using Amazon Braket. We’ll take an educational approach for this by using a well-known quantum algorithm, Grover’s algorithm. We’ll first explain how Grover’s algorithm works, then we’ll introduce the dinner party problem which involves identifying a set of friends that can be invited together to a party satisfying […]

Curious how quantum technology training at universities is shaping the field? See how UW’s Accelerating Quantum-Enabled Technologies program guided students’ QAOA project with Amazon Braket.