#USA #AI #New York #Helios #Quantinuum

Introducing Helios by Quantinuum

Quantinuum, a leading name in quantum computing, has officially launched Helios, which is being hailed as the most accurate commercial quantum computer available on the market today. This revolutionary technology aims to facilitate the embrace of quantum computing in various industries, significantly enhancing their operational capabilities.

Helios stands out with its superior fidelity, outpacing all other commercial quantum systems available today. It features a unique real-time control engine that allows developers to program Helios using a modern Python-based programming language called Guppy. This new tool offers the flexibility to integrate both quantum and classical computing into a single application.

Rajeeb Hazra, President and CEO of Quantinuum, expressed enthusiasm over the launch, stating, “Today marks a pivotal moment in computing. For the first time, businesses can utilize a highly accurate general-purpose quantum computer that can have a tangible impact, transforming innovative processes ranging from drug discovery to financial analytics and advanced materials development.”

New Capabilities of Helios

Helios is tailored to enhance generative AI models through quantum-generated data, unlocking the true potential of artificial intelligence across fields such as data analysis, material design, and quantum chemistry. To further propel advancements in generative quantum AI, Quantinuum is expanding its collaboration with NVIDIA, incorporating the NVIDIA GB200 into Helios via the NVIDIA NVQLink. This integration is expected to foster the development of targeted applications in different markets.

Moreover, Quantinuum is set to leverage NVIDIA’s accelerated computing for Helios and future systems. By employing Quantinuum Guppy in conjunction with the NVIDIA CUDA-Q platform, they aim to facilitate crucial real-time error correction necessary for their roadmap.

Helios is not just for individual organizations. It has already secured partnerships with several industry giants, marking its relevance in diverse sectors:

• - Amgen: Engaging in hybrid quantum machine learning to enhance data-driven biopharmaceutical discoveries.
• - BMW Group: Focusing on sustainable mobility research through advanced catalyst materials.
• - JPMorgan Chase: Exploring advanced financial analytics capabilities with this cutting-edge technology.
• - SoftBank Corp.: Investigating organic materials for next-generation batteries and solar cells.

Strategic Partnerships

Additionally, Quantinuum has entered a strategic partnership agreement with the National Quantum Office (NQO) and the National Quantum Computing Hub (NQCH) in Singapore. This collaboration will grant access to Helios within Singapore, driving advancements in commercial applications of quantum computing in areas like computational biology, financial modeling, optimization processes, advanced materials research, and combinatorial optimization.

To fortify this strategic move, Quantinuum plans to establish a world-class research and operational hub in Singapore.

Aiming to broaden the commercial reach of quantum computing, Quantinuum has also introduced two new initiative programs:

• - Q-Net: A user group designed to gather customer feedback and foster collaborations.
• - A Startup Partnership Program: This initiative invites developers to create and scale third-party applications on the Helios platform.

For further information, a detailed blog post about Helios can be found on Quantinuum's official website, along with visual resources and scientific documentation available for download.

About Quantinuum

Quantinuum has established itself as a frontrunner in the quantum computing landscape, with their systems consistently delivering the highest performance across industry benchmarks. The company's team comprises over 630 employees, including more than 370 scientists and engineers spread across locations in the United States, the United Kingdom, Germany, and Japan. Their ongoing efforts are pivotal in driving the quantum computing revolution. To learn more, visit Quantinuum's website.