Quantinuum, a leading quantum computing company, has launched its all-in-one quantum computing platform, Nexus, after a successful beta testing period. Designed to provide an exceptional experience for managing, storing, and executing quantum workflows, Nexus offers unparalleled integration with Quantinuum’s software and hardware. The platform was initially available only to internal researchers and developers, who used it to drive groundbreaking work, leading to notable publications in top scientific journals.
During the beta testing phase, external users from industry and academia were invited to experience Nexus, including teams from companies like Phasecraft and research groups from universities and national laboratories worldwide.
What Are Users Doing With Quantinuum Nexus?
- Protecting expressive circuits with a quantum error detection code
- Volumetric Benchmarking of Error Mitigation with Qermit
- Platinum-based Catalysts for Oxygen Reduction Reaction simulated with a Quantum Computer
The feedback and results from these trial users have been exceptional. Participants leverage Nexus to study foundational questions about quantum mechanics, design algorithms for near-term quantum devices, and perform the largest verified measurement-based quantum computation to date. With its full launch, Quantinuum is poised to enable groundbreaking scientific work in various fields, including automotive and energy technology.
The Launch of Quantinuum Nexus: A Comprehensive Quantum Computing Platform
After a successful beta testing phase, Quantinuum has officially launched its all-in-one quantum computing platform, Nexus. Designed to provide an exceptional experience for managing, storing, and executing quantum workflows, Nexus offers unparalleled integration with Quantinuum’s software and hardware.
Nexus was initially available only to internal researchers and software developers at Quantinuum, who utilized it to drive groundbreaking work, leading to notable publications in quantum computing. Following its initial announcement, external users, including quantum computing researchers and developers from industry and academia, were invited to experience Nexus for the first time. The feedback and results from these trial users have been exceptional, with many reporting significant advancements in their research.
Unparalleled Integration with Quantinuum’s Software and Hardware
One of Nexus’s key features is its seamless integration with Quantinuum’s software and hardware. This allows users to easily manage, store, and execute quantum workflows, making it an ideal platform for researchers and developers working on complex quantum computing projects. The platform’s reliability and advanced capabilities have been crucial in extending research results from simulating smaller systems to experimentally demonstrating violations of Local Friendliness on quantum hardware.
For instance, Unitary Fund leveraged Nexus to study a foundational question about quantum mechanics, scaling experimental violations of Local Friendliness to a more significant regime than had been previously tested. Using Nexus, they encoded Extended Wigner’s Friend Scenarios into quantum circuits, running them on state-of-the-art simulators and quantum processors. The platform’s reliability and advanced capabilities were crucial in extending their results.
Empowering Research and Development
Nexus has empowered researchers and developers to deepen their research and contribute to foundational quantum science. Phasecraft, a company designing algorithms for near-term quantum devices, implemented a series of circuits to simulate the time dynamics of a materials model with a novel layout, exploiting the all-to-all connectivity of the H series. Nexus integrated easily with their software stack, allowing them to easily deploy their circuits and collect data, with impressive results.
The Quantum Software Lab at the University of Edinburgh performed the largest verified measurement-based quantum computation to date, up to the size of 52 vertices, which was made possible by the Nexus system. The protocol requires complex operations intermingling classical and quantum information. Nexus allows for the demonstration of their protocol that requires complex decisions for every measurement shot on every node in the graph.
Full Launch and Future Prospects
After these successes, Nexus is out of beta access for full launch. With Nexus, researchers and developers can accelerate their work and advance scientific discovery in quantum computing.
The launch of Nexus marks a milestone in developing quantum computing technology. As the field continues to evolve, platforms like Nexus will play a crucial role in driving innovation and advancing our understanding of quantum mechanics.
External Link: Click Here For More
