Atlantic Quantum, a venture-backed start-up, has released an open-source software framework to support control of quantum processors. The project, funded by the U.S. Department of Energy, includes Svalbard, a database system for storing experimental data, and Shipyard, a compiler for OpenQASM, a programming language for quantum circuits. The tools aim to facilitate scientific experiments and innovation in the field of quantum computing. Brandur Thorgrimsson, Quantum Research Scientist, and Simon Gustavsson, CTO of Atlantic Quantum, led the project. The tools are available on Atlantic Quantum’s GitHub page.
The Software Framework: Svalbard and Shipyard
The software framework is composed of two main components: Svalbard and Shipyard. Svalbard is a database system designed for storing experimental data. On the other hand, Shipyard is a compiler for OpenQASM, an open-source programming language that describes quantum circuits. OpenQASM was originally developed by IBM.
Brandur Thorgrimsson on Svalbard
Brandur Thorgrimsson, a Quantum Research Scientist at Atlantic Quantum and the project’s lead developer, expressed his satisfaction with Svalbard. According to Thorgrimsson, Svalbard addresses many issues related to searching and sharing data that he has encountered with other methods for storing experimental data. He described Svalbard as a tool he wished he had since his graduate school days.
Simon Gustavsson on the Impact of the Tools
Simon Gustavsson, the CTO of Atlantic Quantum and Principal Investigator of the project believes that their tools can help scientists conduct experiments and spur innovation in the field of quantum computing. Gustavsson emphasized the importance of supporting the quantum ecosystem with tools that can make it easier for new entrants.
The software tools developed by Atlantic Quantum are available on the company’s GitHub page. Interested parties can access these tools.
“Svalbard solves a lot of the issues related to searching and sharing data that I have experienced with other methods for storing experimental data” says Brandur Thorgrimsson, Quantum Research Scientist at Atlantic Quantum and lead developer of the project. “It is a tool that I wish I had since grad school.”
“Our tools can help scientists perform experiments and generally spur innovation in the field,” says Simon Gustavsson, CTO of Atlantic Quantum and Principal Investigator of the project. “Quantum computing is an ongoing research topic, and we recognize the importance of supporting the quantum ecosystem with tools that can lower the bar to entry.”
Quick Summary
Atlantic Quantum, a start-up company, has launched an open-source software framework to aid in the control and tuning of quantum processors, funded by the U.S. Department of Energy. The framework includes a database system for storing experimental data and a compiler for an open-source programming language, aimed at supporting the quantum computing research community.”
- Atlantic Quantum, a venture-backed start-up, has released an open-source software framework for controlling and tuning quantum processors.
- The project was funded by the U.S. Department of Energy.
- The framework includes Svalbard, a database system for storing experimental data, and Shipyard, a compiler for OpenQASM, a programming language for quantum circuits originally developed by IBM.
- Brandur Thorgrimsson, Quantum Research Scientist at Atlantic Quantum and lead developer of the project, believes Svalbard addresses issues related to searching and sharing data.
- Simon Gustavsson, CTO of Atlantic Quantum and Principal Investigator of the project, suggests these tools can aid scientists in conducting experiments and encourage innovation in the field of quantum computing.
- The tools are accessible on Atlantic Quantum’s GitHub page.