Join Us
in Defining the Future of Quantum Computing
We’re looking for people who are passionate about quantum physics, optical engineering, electronics, and low-temperature technology to help us build practical quantum computers.
Take On the Quantum Future with Us
We’re focused on neutral-atom quantum computing. Join us to work on cutting-edge full-system R&D and turn innovation into real products.
Frontier Challenges
Work across the full chain, from physical principles to engineering implementation, and solve genuinely hard problems.
World-Class Team
Work alongside senior engineers from physics, optics, electronics, software, and other fields.
Real Impact
Your work goes directly into the quantum computers we deliver to customers.
Open Positions
Join top talent from across disciplines and build practical quantum computers with your own hands, from first principles to full-system engineering.
PositionLocationJob TypeRecruitment TypeDepartment
Job Responsibilities
- 1.Contribute to the development of quantum measurement and control software, which commands quantum hardware to execute operations in a defined sequence;
2.Write and optimize experiment control and data acquisition programs, enabling quantum algorithms to run automatically and repeatedly on hardware;
3.Work with colleagues in data acquisition, optics and hardware to turn experiment/equipment requirements into working software;
4.Analyze returned measurement data to help troubleshoot issues and improve the correctness and stability of quantum operations;
5.Build reusable measurement and control components, with well-written interfaces and usage documentation.
Job Requirements
- 1.Bachelor's degree or above, class of 2026; majors such as electronic information, automation, computer science, physics (experimental track) or related fields;
2.Proficient in C/C++ or Python (at least one), familiar with Linux environments;
3.Understanding of basic concepts of data acquisition, timing control and signal processing;
4.Willing to work closely with hardware and software; patient enough to debug, hunt down problems and iteratively tune parameters.
Nice to have
1.Have used or are aware of embedded devices, FPGAs or automated instrument control;
2.Some knowledge of quantum computing or atomic physics is a plus; not required — the team will mentor you.
Job Responsibilities
- 1.Conduct research on quantum algorithms and explore their applications;
2.Driven by real application needs, design and optimize quantum optimization, quantum simulation and quantum machine learning algorithms;
3.On the neutral-atom quantum computing platform, explore quantum-classical hybrid computing frameworks to improve hardware adaptation and real-world deployment of quantum algorithms;
4.Track frontier progress in international quantum computing and related interdisciplinary fields, and contribute to the team's technical planning;
5.Publish papers and patents, and engage in collaboration and exchange with domestic and international research institutions.
Job Requirements
- 1.PhD in quantum computing, physics, computer science, artificial intelligence or a related field;
2.Familiar with variational quantum algorithms (VQE, QAOA, etc.) or quantum machine learning (QNN, QRC, etc.), with solid theoretical grounding in quantum computing and the ability to engineer quantum algorithms;
3.Strong scientific writing and communication skills, a team player able to collaborate efficiently across disciplines;
4.Research experience in quantum computing is preferred.
Job Responsibilities
- 1.Own backend development of the quantum cloud platform, making the chain of job submission → queueing and scheduling → execution on real/simulated quantum hardware → result return stable, clear and scalable;
2.Package the low-level measurement-control and simulator capabilities into well-defined, easy-to-use service APIs for external and upper-layer systems;
3.Contribute to the development and support of internal management/tooling systems (the internal control platform), working with the team's delivery and management processes;
4.Build and maintain backend infrastructure such as job scheduling, message queues, caches and databases;
5.Write API documentation and usage guides, own testing and production quality of key modules, and continuously optimize concurrency and reliability.
Job Requirements
- 1.Bachelor's degree or above in computer science, software engineering or a related field, with 1–3 years of backend development experience;
2.Proficient in at least one server-side language (Python / Java / Go), understanding its concurrency model and common performance pitfalls;
3.Have used mainstream web backend frameworks, with end-to-end ability from module design and API development to integration and release;
4.Familiar with databases (SQL) and caching; understand the basics of asynchronous tasks / message queues and distributed systems;
5.Engineering discipline: writes tests and API documentation, cares about code quality and takes responsibility for production delivery.
Nice to have
1.Experience with containerization / cloud-native technologies (Docker, Kubernetes) or CI/CD pipelines;
2.Experience with API gateways, caller-facing service governance or SDK packaging;
3.Led or deeply contributed to API decomposition / platformization / multi-object multi-tenant design in medium-to-large systems;
4.Curious about quantum computing or scientific computing (able to call APIs and get things running — no physics background needed).
What we offer
1.Direct involvement in building a real neutral-atom quantum computer — real hardware, not simulation exercises;
2.The chance to work closely with colleagues across all disciplines (hardware, optics, compilation, algorithms).
Job Responsibilities
- 1.Conduct R&D on bioinformatics algorithms and participate in research at the intersection of quantum computing and life sciences;
2.Carry out research such as genomic and multi-omics data analysis, drug target discovery, or biomolecular simulation and design;
3.Track international frontier progress and identify application scenarios for quantum computing in the life sciences;
4.Publish papers and patents, and expand collaboration and exchange with domestic and international research institutions.
Job Requirements
- 1.PhD in bioinformatics, computational biology, quantum chemistry, biophysics or a related field;
2.Proficient in Python/R, with the ability to process biological data and write scripts;
3.Familiar with genomic sequence analysis (Minimap2, DeepVariant, etc.) or multiscale theory and computational methods for biological macromolecules (QM/MM, etc.); able to independently develop bioinformatics algorithms and analyze results;
4.Strong scientific writing and communication skills, a team player able to collaborate efficiently across disciplines.
Job Responsibilities
- 1.Lead R&D on core pangenome algorithms, focusing on haplotype-aware graph construction and incremental updating, sequence-to-graph alignment, and key algorithms such as seed retrieval, anchor chaining, candidate path selection and fine-grained alignment;
2.For large-scale genomic and long-read sequencing data, work on graph data structures, compressed indexes and algorithm performance optimization to improve the accuracy, scalability and computational efficiency of pangenome tools;
3.On problems such as complex repeat regions, structural variants and haplotype phasing, conduct algorithm evaluation and applied research, verify the real improvement of algorithms on variant detection, genotyping or local genome reconstruction, and establish reproducible evaluation pipelines;
4.Track frontier progress in pangenomics and computational biology, drive algorithm innovation based on real biological needs, and work with the quantum algorithm team to explore applications of quantum computing to relevant computational problems;
5.Publish academic papers, file patents, drive software implementation and application of research results, and engage in collaboration and exchange with domestic and international research institutions.
Job Requirements
- 1.PhD in bioinformatics, computational biology, computer science, applied mathematics or a related field;
2.Solid foundations in data structures and algorithms; able to independently carry out algorithm design, implementation, debugging and performance optimization;
3.Research experience in genomic sequence analysis or pangenomics; familiar with string algorithms, graph algorithms, dynamic programming, sequence indexing and related methods; able to design experiments, evaluate algorithms and analyze results with real sequencing data;
4.Familiar with one or more of Minigraph, Minigraph-Cactus, GraphAligner, vg, PGGB and related tools, and understanding of their core algorithmic principles; experience in algorithm R&D for sequence-to-graph alignment, graph construction, haplotype analysis or complex variant detection, or experience in source-code study, performance optimization or open-source contributions for such tools is preferred;
5.Good scientific writing, communication and teamwork skills, able to conduct interdisciplinary research; interested in research at the intersection of quantum computing and life sciences, with relevant background preferred.
Job Responsibilities
- 1.Conduct research and practical deployment of quantum-inspired algorithms, and participate in R&D on hybrid quantum-classical algorithms;
2.For real application scenarios, research and engineer quantum-inspired algorithms such as simulated bifurcation, leading end-to-end benchmarking and solution design;
3.Track international frontier progress and drive algorithm deployment and technology transfer;
4.Publish papers and patents, and engage in collaboration and exchange with domestic and international research institutions.
Job Requirements
- 1.Master's degree or above in computer science, applied mathematics, operations research, physics or a related field;
2.Familiar with quantum-inspired algorithms (bSB, SimCIM, etc.), classical optimization algorithms and operations research theory;
3.Strong scientific writing and communication skills, a team player able to collaborate efficiently across disciplines.
Job Responsibilities
- 1.Design analog circuits (SolidWorks for PCB CAD for cavity Zemax for optics);
2.Design and implement electronic and control systems for a neutral-atom quantum computing platform (analog / digital / RF / timing);
3.Own requirements analysis, component selection, circuit design, schematic and PCB design, and delivery of manufacturing files and bills of materials;
4.Own board power-up, hardware debugging and performance validation; evaluate noise, stability, accuracy and response speed; drive design iterations;
5.Work with PCB fabrication and assembly vendors on technical issues in PCB manufacturing, PCBA assembly and production testing;
6.Define board interfaces and acceptance metrics together with the physics, software and system integration teams; support board integration into the experimental platform and fault localization;
7.Write and maintain hardware design documents, test reports and user manuals.
Job Requirements
- 1.Background in electronic engineering, electrical engineering, automation or a related field;
2.Experience developing electronic boards, having been involved in complete projects from circuit design and PCB design to board debugging and validation;
3.Solid analog and digital circuit fundamentals; able to analyze power supply, amplification, filtering and common digital interface circuits;
4.Proficient in at least one schematic and PCB design tool; understand how layout and routing, grounding, decoupling and return paths affect circuit performance;
5.Able to use oscilloscopes, multimeters, signal sources and other equipment for testing, and to independently localize common hardware issues;
6.Good technical documentation habits and cross-team communication skills.
Nice to have
1.Experience designing low-noise, precision analog, DAC/ADC or low-drift circuits;
2.Experience with RF/microwave circuits or high-speed digital circuits;
3.Familiarity with embedded development or FPGA interface design;
4.Experience analyzing and remediating EMI, signal integrity or power integrity issues;
5.Hardware development experience for scientific instruments, quantum technology or complex physics experiments.
Job Responsibilities
- 1.Lead the R&D and optimization of high-fidelity two-qubit quantum gates based on Rydberg interactions, formulate technical roadmaps, and drive breakthroughs in key technologies;
2.Conduct in-depth research on the physical mechanisms and error sources of quantum gates; combine theoretical modeling with experimental validation to propose and implement performance optimization plans;
3.Lead key experimental studies, solve complex experimental problems, and continuously improve quantum gate performance and system stability;
4.Track cutting-edge advances in AMO physics and quantum computing, explore innovative technical solutions, and guide the team in conducting high-level experimental research.
Job Requirements
- 1.PhD in atomic, molecular, and optical (AMO) physics, quantum optics, quantum information, or a related field;
2.Solid research background in Rydberg atom physics, quantum coherent manipulation, and two-qubit quantum gates;
3.Extensive experimental experience in neutral atom quantum computing; able to independently design, build, and optimize complex quantum optics experimental systems;
4.Ability to analyze and solve complex experimental problems from physical mechanisms, identify key performance bottlenecks, and propose effective solutions;
5.Ability to independently drive breakthroughs in experimental technologies, with excellent scientific research innovation, technical leadership, and high-level research achievements.
Nice to have
1.Have led or deeply participated in experiments on high-fidelity Rydberg two-qubit quantum gates and achieved internationally competitive research results;
2.Experience in independently leading complex experimental projects and leading teams to achieve breakthroughs in key technologies.
Job Responsibilities
- 1.Quantum system R&D: Conduct experiments on atom preparation, quantum state manipulation, quantum gate implementation, quantum measurement and error characterization; analyze data and optimize system performance;
2.Platform construction and optimization: Contribute to integrating laser, vacuum, optical, electronic control and software systems; improve atom loading rate, SPAM fidelity, gate fidelity and system stability;
3.Engineering and productization: Contribute to the design of the next-generation neutral-atom quantum computing platform, driving the transition of experimental systems toward manufacturable, maintainable, scalable and deployable products;
4.Cross-team collaboration: Work with the optics, mechanical, electrical and software teams, write technical documents and participate in technology roadmap planning.
Job Requirements
- 1.Background in atomic physics, quantum optics, AMO physics, quantum information or a related field;
2.Solid grounding in laser cooling, magneto-optical trapping, optical pumping, Rydberg atoms or quantum state manipulation;
3.Experience building, debugging and optimizing cold-atom experimental systems;
4.Familiar with laser systems, vacuum systems, experimental control systems and related laboratory equipment;
5.Able to independently perform experiment design, problem analysis and system optimization.
Nice to have
1.Experimental experience in neutral-atom quantum computing, quantum simulation or quantum information;
2.Familiar with Rydberg atom manipulation, quantum gate implementation and error characterization techniques;
3.Experience with ultra-high vacuum (UHV), laser frequency stabilization, high-power lasers or automated experimental platforms;
4.Experience in systems engineering, product development or engineering of research results;
5.Research experience in quantum error correction, logical qubits or fault-tolerant quantum computing.
Job Responsibilities
- Design fault-tolerant quantum computing schemes for neutral atoms, including but not limited to:
•Designing quantum error-correcting codes
•Designing fault-tolerant quantum circuits
•Design and optimization of quantum error correction decoders
•Numerical simulation of fault-tolerant circuits
•Optimizing the resources required by quantum algorithms (number of qubits, computation time)
•Working with the experimental team to simulate and optimize the impact of experimental system noise on fault-tolerant circuits
•Working with the compiler and system architecture teams on hardware-software integration projects such as hardware acceleration of decoding algorithms and real-time feedback mechanisms
Job Requirements
- 1.Degree in quantum computing, mathematics, computer science, physics or a related field. For outstanding candidates, other requirements may be waived as appropriate;
2.Command of fault-tolerant quantum computing theory;
3.Good programming skills and some understanding of algorithm design and computational complexity.
Nice to have
1.Knowledge of neutral-atom quantum computing.
Job Responsibilities
- 1.Design and implement the overall architecture of the automated research system;
2.Build agents, tool calling, task planning and multi-step reasoning workflows on top of large language models;
3.Build modules for literature retrieval, knowledge management, code generation, experiment execution and result validation;
4.Translate the research problems that quantum computing needs to solve into executable, evaluable and iterable software tasks;
5.Continuously track the latest progress in large models, agent systems and automated research.
Job Requirements
- 1.Fairly deep understanding of the capabilities, limitations and suitable use cases of mainstream frontier large language models;
2.Experience building real software systems with large language models, familiar with prompt design, tool calling, retrieval-augmented generation (RAG) or agent workflows;
3.Solid software engineering skills; able to independently handle system design, coding, testing, debugging and performance optimization;
4.Strong self-learning and research ability, able to quickly enter unfamiliar technical domains.
Nice to have
1.Experience with formal verification or automated theorem proving (e.g., using formal proof languages such as Lean);
2.Background in fault-tolerant quantum computing or similar;
3.Experience developing LLM agents, automated research systems, code agents or complex workflow systems;
4.Familiarity with distributed systems, asynchronous task scheduling, containerization or cloud computing infrastructure.
Job Responsibilities
- 1.Research quantum error-correcting codes, fault-tolerant quantum computing and related algorithmic problems;
2.Turn abstract mathematical structures into computable, simulatable and verifiable algorithms;
3.Design and analyze problems in graph theory, combinatorial optimization, probabilistic models and coding theory;
4.Work with experimental, systems and software colleagues to bring theoretical solutions onto the neutral-atom quantum computing platform;
5.Read frontier papers, reproduce key results, and further improve or extend them.
Job Requirements
- 1.Solid foundations in mathematics and computer science;
2.Strong command of one or more of discrete mathematics, abstract algebra, probability theory and algorithms;
3.Good programming ability: able to quickly implement, validate and iterate on ideas;
4.Enjoys working on abstract, complex and open-ended problems;
5.Not afraid of learning new fields; able to quickly get up to speed in quantum computing and quantum error correction.
Nice to have
1.Experience in math competitions, algorithm competitions or high-quality engineering projects;
2.Familiarity with quantum mechanics, quantum computing, coding theory, optimization, statistical physics, machine learning theory or similar areas;
3.Strong ability to read papers, reproduce results and conduct independent research.
Who this role suits
This is less a role where you can start immediately because you already know a certain tool, and more a long-term pursuit of a class of hard but highly valuable problems. We are looking for people with strong mathematical and algorithmic ability who are willing to enter a new field and dig into complex problems over the long term.
Simply put: if you feel your mathematical and computer science foundations are strong but you are unsure whether quantum computing is too far from you, come and talk to us first. This role welcomes candidates from other backgrounds.
Didn’t find the right role? Send your resume to hr@matriqcomputing.com — we’d love to hear from you.