MatriQ Atomic Matrix Raises Three Consecutive Rounds of Hundreds of Millions of Yuan in Six Months, Accelerating Toward Logical Qubits and Commercial Delivery | Unity Ventures Portfolio News
Achieving an engineering breakthrough that is demonstrable, verifiable, and iterable.
Recently, Unity Ventures angel-round portfolio company MatriQ announced the completion of its Series A funding. The round was led by Monolith, with Minyin International participating, and existing shareholders Vertex Ventures China and L2F LightSource Capital Entrepreneurs Fund continuing to invest above their pro-rata allocations. With this, MatriQ has completed three consecutive rounds totaling several hundred million yuan within just six months — a strong validation of capital markets' confidence in the feasibility of its technical approach and the effectiveness of its commercialization efforts.
The neutral-atom quantum computing track continues to heat up, with an ever-growing number of market participants. Industry consensus is gradually forming around the core dimensions for evaluating the technical maturity of neutral-atom companies: whether the full system can be demonstrated on physical hardware; whether it possesses large-scale programmable atomic rearrangement capabilities, achieving the transition from random loading to defect-free array preparation; whether it has entered the stage of quantum error correction and logical qubit generation; and whether technical results can be validated by users. These are precisely the areas MatriQ has focused on over the past year and more.
As one of the earliest neutral-atom full-system startups in China, MatriQ has rapidly iterated and commercialized over a decade of technical accumulation from top-tier physics research institutions, moving from the laboratory toward real-world industrial deployment and commercial delivery — positioning it to be among the first to achieve commercial operation of quantum computers.
"Real-Machine Company": Achieving Demonstrable, Verifiable, and Iterative Engineering Breakthroughs
In quantum computing, the gap between "deployed hardware" and "theoretical papers" often represents the critical watershed determining whether a company can enter the industrialization track. MatriQ has successfully crossed this threshold, completing the full build-out of a neutral-atom quantum computing system and formally entering a demonstrable, verifiable, and iterative engineering phase.
The MatriQ team has stably constructed and operated a 2,048-qubit defect-free physical qubit array. The system supports a zoned architecture with dedicated storage and entanglement regions, enabling high-fidelity global and local single-qubit gates as well as global two-qubit gate operations. The full system can be demonstrated live on-site and operates with sustained stability.
Large-Scale Array Rearrangement and Error Correction: Gradually Advancing from Physical to Logical Qubits
Recently, the MatriQ team demonstrated key capabilities for scalable neutral-atom quantum computing systems: large-scale programmable atomic rearrangement and atomic transport based on a "storage-entanglement" zoned architecture — reaching internationally leading levels. The former transforms randomly loaded atoms into ordered, defect-free arrays through rearrangement, demonstrating the system's ability to prepare large-scale quantum processors; the latter enables dynamic reconfiguration of storage and entanglement zones within the same system, providing the underlying motional capabilities for error correction, logical operations, and fault-tolerant quantum computing (FTQC). Going forward, the MatriQ team will continue to publicly demonstrate complete quantum error correction cycles (QEC cycles).
Before atomic array rearrangement After atomic array rearrangement
A zoned architecture for neutral-atom quantum computing: the upper portion is a large-scale storage zone for holding and arranging qubit arrays; the lower portion is the entanglement zone for executing local two-qubit entanglement operations
Dynamic transport of movable auxiliary atom arrays between the storage region and entanglement operation region, demonstrating basic atomic transport units compatible with surface codes
Customer and Scenario Validation: From Laboratory to Real-World Industrial Deployment
The core value of technology must ultimately be tested through delivery in real-world scenarios. Drawing on years of accumulation from top-tier laboratories and early-stage entrepreneurship by its specialized team, MatriQ has completed technical finalization and commercial refinement of its first commercial product, transitioning comprehensively from technology R&D to market commercialization. It is now actively engaging with its first batch of benchmark customers to advance pilot collaborations and scenario-based testing.
Going forward, MatriQ will simultaneously accelerate along three main tracks: full-system engineering optimization, logical qubit technology breakthroughs, and commercial delivery advancement. From laboratory to real commercial environments, from system deployment to cloud-based services, MatriQ is steadily advancing along a clear industrialization path for neutral-atom quantum computing toward the long-term goal of general-purpose quantum computing.
