Quantum Computing Startup Nakai Quantum Raises Seed Funding

A pioneering Chinese startup focused on neutral atom quantum computing has successfully closed its initial funding round, securing tens of millions of yuan. The investment was spearheaded by GL Ventures, with participation from Inno Angel Fund, Longstock Capital, and Feitu Capital. This capital infusion is earmarked for advancing the development of next-generation neutral atom quantum computers and bolstering the ecosystem for ultracold atom quantum simulation systems.

The company, Nakai Quantum, established in April 2026, distinguishes itself as the first in China to concentrate on both ultracold atom quantum simulation and neutral atom universal quantum computing. Its comprehensive product suite spans entire quantum computing systems, cold/ultracold atom experimental setups, critical subsystems, and high-precision modular control circuits. Demonstrating early market traction, Nakai Quantum has already secured multi-million yuan orders and anticipates substantial revenue for the current year.

The core technical team behind Nakai Quantum originates from the prestigious Cold Atom and Precision Measurement Group (CAP Group) at Peking University's Quantum Electronics Institute. Leading the charge is founder and CEO Fan Yaoyuan, a notable figure in the field. Fan, born in 1998, brings extensive experience in cold atom research, having spent over eight years immersed in the discipline. His academic background includes pioneering work on China's first ultracold atom interference gyroscope and co-developing the nation's first ultracold atom Bloch oscillation gravimeter.

Quantum computing is widely recognized as a pivotal advancement for future computational power, offering unparalleled advantages in large-scale parallel processing and complex system simulations that elude classical computing. Among the various technological pathways, the neutral atom approach is gaining significant traction due to its inherent qubit uniformity and scalability, positioning it as a leading contender for achieving large-scale, universal quantum computation. Nakai Quantum is strategically aligned with this promising trajectory, with its name reflecting its core competency in achieving extreme cooling and precise manipulation of atoms down to the nanokelvin (nK) range.

Nakai Quantum's technological edge lies in its unique ability to engineer the cooling of nine different atomic elements and their isotopes to below 10 nK, a feat unmatched domestically. Lower atomic temperatures are crucial for suppressing thermal motion, thereby enhancing quantum effects and computational performance. Furthermore, the company possesses advanced optical lattice technologies, including dynamic, pulsed, and superlattices, enabling highly precise control over ultracold atoms. This dual advantage in extreme cooling and sophisticated manipulation forms a robust technical moat.

The company's business model operates on a dual-pillar strategy. Firstly, it generates revenue and cash flow through the delivery of quantum simulation computers, effectively self-funding its operations. Secondly, it is concurrently developing novel architectures for universal quantum computers, aiming for long-term strategic leadership. While specialized quantum computing solutions are already being delivered to research institutions, the company is actively addressing key technical challenges for universal systems, such as continuous operation and high-fidelity gate operations, with the goal of deploying China's first practical, multi-scenario universal quantum computer.

The investment community is optimistic about the neutral atom quantum computing sector. Investors highlight the potential for significant scalability and controllability offered by this approach. Nakai Quantum's deep roots in Peking University's research ecosystem, combined with its team's blend of cutting-edge scientific expertise and practical engineering capabilities, position it favorably for future growth. The company's commitment to delivering functional systems and enhancing scalability and usability is seen as a critical differentiator in the evolving quantum computing landscape.