Infleqtion Joins Japan’s Quantum Moonshot Program to Revolutionise Quantum Computing

Infleqtion, a leading quantum information company, has been chosen by Japan’s Science and Technology Agency to join the Quantum Moonshot programme. The programme aims to revolutionise Japan’s economy, industry, and security by 2050 through technological advancements. Infleqtion will collaborate with Professor Kenji Ohmori of the Institute for Molecular Science to develop a large-scale, neutral atom quantum computer. Neutral-atom technology is seen as a promising candidate for commercial quantum computing due to its scalability and high coherence times. This partnership marks the first time a foreign company has participated in the Moonshot programme.

“Infleqtion’s participation in the Quantum Moonshot program marks a significant step forward in advancing quantum computing capabilities for Japan. We look forward to leveraging Infleqtion’s expertise to push the boundaries of quantum computing,”

Professor Kenji Ohmori.

Infleqtion Joins Japan’s Quantum Moonshot Program

Infleqtion, a quantum information company, has been chosen by Japan’s Science and Technology Agency (JST) to be the only foreign quantum computing partner in the Quantum Moonshot program. This initiative aims to enhance Japan’s technological capabilities and transform its economy, industry, and security by 2050. As part of the program, Infleqtion will work on developing a large-scale, neutral atom quantum computer with high-fidelity qubits.

The program is led by Professor Kenji Ohmori of the Institute for Molecular Science. His team is working on a fault-tolerant quantum computer based on atomic qubits. Recently, they successfully executed an ultrafast 2-qubit gate between two single atoms, accelerating the 2-qubit gate operation of neutral atom quantum computers by two orders of magnitude. Neutral-atom technology is seen as a promising candidate for commercial quantum computing due to its scalability and high coherence times.

Infleqtion’s Role in the Quantum Moonshot Program

Infleqtion’s involvement in the Quantum Moonshot program is seen as a significant step in advancing quantum computing capabilities for Japan. The company is known for its innovation and development of quantum technologies, including quantum computing. This collaboration, the first in which a foreign company is participating in the Moonshot program, is expected to bring transformational quantum computing capabilities to Japan.

Scott Faris, Chief Executive Officer at Infleqtion, expressed excitement about contributing to Japan’s ambitious Quantum Moonshot program and bringing their expertise in quantum technologies and photonics to the forefront of this transformative journey.

U.S.-Japan Alliance in Quantum Innovation

The collaboration between Infleqtion and Japan’s Moonshot program is seen as a major leap in strengthening the U.S.-Japan Alliance in a critical tech frontier. Rahm Emanuel, U.S. Ambassador to Japan, stated that this collaboration marks a transformative era in the joint pursuit of quantum innovation.

Infleqtion’s Quantum Computing Platform

Infleqtion’s success in the Quantum Moonshot program highlights the potential of its neutral atom quantum computing platform. This technology encodes quantum information in the electronic states of individual atoms, contributing to a scalable solution with high-quality qubits. The neutral atom platform leverages naturally identical atoms, avoiding challenges associated with engineered qubit types. The absence of charge in these atoms enables efficient trapping in dense arrays, offering unparalleled scalability.

Key Characteristics of Neutral Atom-Based Qubits

Neutral atoms boast coherence times that surpass other quantum computing modalities. The flexible topography of neutral atom structures ensures robust connectivity among qubits, enabling all-to-all connectivity. Identical qubits based on atomic elements and efficient packing of atoms in tight arrays allow for scalability, a distinctive advantage. Unlike other modalities, neutral atoms do not require cryogenic chillers, reducing overhead and cycle times. Control functions for neutral atoms are executed via light through free space, simplifying wiring complexity.

Future of Quantum Computing in Japan

By combining Infleqtion’s expertise with Professor Ohmori’s groundbreaking research, the consortium aims to achieve new heights in quantum computing capabilities, laying the foundation for Japan’s technologically advanced future. This collaboration signifies a landmark moment for Infleqtion’s quantum computing platform and for the advancement of quantum computing in Japan.

“Infleqtion is honored to contribute to Japan’s ambitious Quantum Moonshot program, bringing our years of neutral atom leadership to Japan,” said Scott Faris, Chief Executive Officer at Infleqtion. “This partnership signifies a landmark moment for Infleqtion’s quantum computing platform. We are excited to bring our expertise in quantum technologies and photonics to the forefront of this transformative journey.”

“Having a trailblazing U.S. quantum company joining forces with Japan’s Moonshot program is a major leap in strengthening the U.S.-Japan Alliance in a critical tech frontier,” said Rahm Emanuel, U.S. Ambassador to Japan. “This collaboration marks a transformative era in our joint pursuit of quantum innovation.”

Summary

Infleqtion, a quantum information company, has been chosen to join Japan’s Quantum Moonshot programme, where it will collaborate on the development of a large-scale, neutral atom quantum computer. The programme, led by Professor Kenji Ohmori, aims to advance Japan’s technological capabilities and revolutionise its economy, industry, and security by 2050.

• Infleqtion, a leading quantum information company, has been chosen by Japan’s Science and Technology Agency (JST) to join the Quantum Moonshot program. This marks the first time a foreign company has been included in the program.
• The Quantum Moonshot program aims to advance Japan’s technological capabilities and revolutionise its economy, industry, and security by 2050.
• Infleqtion will collaborate with the program to develop a large-scale, neutral atom quantum computer with high-fidelity qubits.
• The program is led by Professor Kenji Ohmori of the Institute for Molecular Science, a world leader in the ultrafast control of atoms for quantum computing and simulation.
• The collaboration will focus on neutral-atom technology, which is seen as the most promising candidate for commercial quantum computing due to its scalability and high coherence times.
• Infleqtion’s quantum computing platform uses neutral atom technology, encoding quantum information in the electronic states of individual atoms. This allows for scalability and high-quality qubits.
• The partnership is seen as a significant step in advancing quantum computing capabilities for Japan and marks a transformative era in the joint pursuit of quantum innovation between the U.S. and Japan.