Amazon Braket, a quantum computing service by Amazon Web Services (AWS), now supports Wolfram Language. Amazon Braket aims to speed up research and application development in quantum computing by providing access to quantum processing units (QPUs) and advanced simulators. It also offers low-level tools, such as pulse control, to help researchers push the boundaries of current quantum devices. By integrating with AWS, Braket provides a way to explore how quantum computing will eventually fit into a cloud-based IT infrastructure.
Wolfram Language is a symbolic programming language used in Mathematica and Wolfram Alpha. It’s known for its advanced computational capabilities, comprehensive built-in features, symbolic computation, and rule-based programming. Wolfram Language is powered by Wolfram Knowledgebase, a curated repository of data and algorithms across every major computational domain such as data science and machine learning.
Wolfram Quantum Framework
The Wolfram Quantum Framework is a software tool available for the Wolfram Language that enables the development and simulation of quantum algorithms. This Framework features a library of prebuilt functions, integration with the Wolfram Cloud, simulation of quantum systems symbolically and numerically, and now, for the first time, users can send queries for running quantum tasks on quantum hardware and simulators supported by Braket.
With this integration, users of the Wolfram Language can leverage the power of Amazon Braket to perform quantum tasks on real hardware or on simulators powered by AWS.
Setting Up Wolfram Language
To get started with Wolfram Language, users need to create a Wolfram Account and access the Wolfram Language by signing up for the free Wolfram Engine for Developers license or purchasing a subscription to Mathematica. A 15-day trial of Mathematica is also available for new users. Users can download and install Mathematica using the instructions for their operating system. Next, they need to install WolframScript and the Wolfram Language kernel for Jupyter. WolframScript enables Wolfram Language code to be run from any terminal.
Running Circuits on Braket’s On-Demand Simulators
Users can run circuits on Braket’s on-demand simulators, such as SV1, which runs on AWS managed classical compute resources. SV1 is recommended for efficient, scalable quantum circuit simulation for up to 34 qubits. To run a circuit, users need to translate Wolfram code to OpenQASM, which Braket can understand, via Qiskit. Then, they can run the circuit as a quantum task on Amazon Braket.
Running Circuits on Braket QPUs
Users can also run circuits on one of the quantum computers available on Braket. The only difference will be changing the DeviceArn to specify a QPU—in this case, the IonQ Harmony device. Like with the SV1 circuit, users will need to translate the Wolfram circuit to OpenQASM, but additionally specify the IonQ Harmony device as their backend so that the code gets transpiled correctly for the hardware. Note that Amazon Braket charges on a per-shot and per-task basis for sending circuits to a QPU.
In conclusion, Wolfram Language’s integration with Amazon Braket provides users with a powerful tool for quantum computing tasks. Customers can now perform quantum simulations, optimize quantum circuits, and analyze experimental results more easily and efficiently.
“Wolfram Language’s integration with Amazon Braket provides users with a powerful tool for quantum computing tasks. Customers can now perform quantum simulations, optimize quantum circuits, and analyze experimental results more easily and efficiently.”
Quick Summary
Wolfram Language, a symbolic programming language known for its advanced computational capabilities, has announced support for Amazon Braket, a quantum computing service by AWS. This integration allows users to perform quantum tasks on real hardware or simulators powered by AWS, thereby accelerating research and application development in quantum computing.
- Amazon Braket, the quantum computing service by AWS, now supports Wolfram Language, a symbolic programming language used in Mathematica and Wolfram Alpha.
- Wolfram Language is known for its advanced computational capabilities, comprehensive built-in features, symbolic computation, and rule-based programming.
- The Wolfram Quantum Framework, a software tool for Wolfram Language, enables the development and simulation of quantum algorithms. It now allows users to send queries for running quantum tasks on quantum hardware and simulators supported by Braket.
- Users of Wolfram Language can leverage the power of Amazon Braket to perform quantum tasks on real hardware or on simulators powered by AWS.
- The integration of Wolfram Language with Amazon Braket provides a powerful tool for quantum computing tasks, allowing customers to perform quantum simulations, optimize quantum circuits, and analyze experimental results more efficiently.
- The integration allows quantum applications to run on real Quantum Processing Units (QPUs) and make use of Braket’s on-demand simulators.
- Researchers and scientists can explore new frontiers in quantum computing with symbolic and functional computing by combining the capabilities of Wolfram Language and Amazon Braket.
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