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About Us

Taking Quantum Computing
Out of the Lab and Into Industry

Hangzhou MatriQ Computing Co., Ltd. (MatriQ) is a frontier technology company focused on full-stack neutral-atom quantum computing solutions. Guided by engineering, productization, and commercialization, we are dedicated to building practical quantum computers.

A Quantum Hardware Maker with Complete Full-System Delivery Capability

Our system is built on a full-stack integrated architecture made up of multiple modular units, including optical and electronic modules. The optical module integrates laser frequency stabilization, laser cooling, quantum state preparation, and single- and two-qubit gate operations, built around core components such as lasers, acousto-optic modulators, and fiber coupling. The electronic module integrates the host computer, camera readout, atom rearrangement, RF power amplification, and integrated measurement and control, and provides unified control of the microwave, magnetic-field, and vacuum systems.
Cabinets and functional modules are tightly interconnected through real-time signal processing, precise timing control, and status feedback, coordinating the optical system with every functional unit. This keeps the entire process of atom-array preparation, quantum-state manipulation, and measurement stable and orderly, and supports long-term stable operation of the full system.

Full-Stack In-House R&D

Full-stack neutral-atom quantum computing, developed entirely in-house

Full-Stack In-House R&D
Proprietary IP

Fully proprietary intellectual property in core full-system technologies

Proprietary IP
Deeply Coordinated Multi-Module Architecture

A full-stack integrated architecture built from modular optical, electronic, and other units

Deeply Coordinated Multi-Module Architecture
A Quantum Hardware Maker with Complete Full-System Delivery Capability

What Drives MatriQ

Mission & Vision

Using computing to improve everyone’s life.

使命与愿景
Values

Principle, Pragmatism, Integrity, Candor, Innovation.

价值观

MatriQ Roadmap

20
3
High-Speed Quantum Error Correction (QEC)
Large-Scale Logical Gates and Fault-Tolerant Quantum Computing (FTQC)

28
8,000–10,000 Physical Qubits
100+ Logical Qubits

27
Continuous Loading of a 3,000-Physical-Qubit Array
Hours-Long Continuous Operation

30+ Logical Qubits

26
2,310-Physical-Qubit Defect-Free Array
Zoned Architecture

25
Continued Upgrades to V1
Reaching a 1,000-Physical-Qubit Defect-Free Array

24
First prototype, V1, completed
300 Physical Qubits

22
Founding team launches the company

203
High-Speed Quantum Error Correction (QEC)
Large-Scale Logical Gates and Fault-Tolerant Quantum Computing (FTQC)

2028
8,000–10,000 Physical Qubits
100+ Logical Qubits

2027
Continuous Loading of a 3,000-Physical-Qubit Array
Hours-Long Continuous Operation

30+ Logical Qubits

2026
2,310-Physical-Qubit Defect-Free Array
Zoned Architecture

2025
Continued Upgrades to V1
Reaching a 1,000-Physical-Qubit Defect-Free Array

2024
First prototype, V1, completed
300 Physical Qubits

2022
Founding team launches the company

values
Engineering

Rigorous engineering methods ensure system stability and reproducibility, so quantum computers can be reliably manufactured and delivered.

Productization

We turn laboratory results into a standardized, maintainable product line, lowering the barriers to use and deployment.

Commercialization

We provide research institutions and industry customers with sustainable full-system quantum computer delivery and services.

Discover MatriQ's Quantum Computing Solutions

Whether you're a research institution or an industry partner, get in touch to explore what quantum computing can do for you.
Discover MatriQ's Quantum Computing Solutions