Develop and implement quantum error correction protocols and decoding algorithms using machine learning methods on unique hardware aimed at fault-tolerant quantum logic execution.

This role involves modeling and architecture development of digital neutral-atom quantum computers, collaborating with experimental teams, and driving modeling efforts to enhance performance.

Lead research in quantum algorithms, focusing on developing novel techniques for quantum computing and collaborating on algorithm-hardware co-design.

Conduct research at the intersection of quantum computing and AI, developing algorithms and integrating them into practical AI workflows. Responsibilities include innovation across simulation, optimization, and quantum machine learning domains.

Develop and implement quantum error correction protocols and decoding algorithms, collaborating with academic and industry partners on a Rydberg atom quantum computer.

The intern will assist in the development of atomic physics pipelines, algorithms for quantum computing, and experimental data analysis.

QuEra Computing invites inquiries for internship opportunities for master's or doctoral students. Candidates must have US work authorization.

Intern will work on quantum applications for neutral atom quantum computers, collaborating with experts and developing efficient approaches for quantum simulation and computation.

As a Quantum Engineer, you will develop experimental protocols, analyze quantum system performance, design efficient measurements, and improve quantum circuit design for applications in digital quantum computing.

The Principal Systems Engineer leads the integration of hardware and software in quantum computing systems, collaborating with scientists and refining system architecture and requirements in a fast-evolving R&D environment.

The Principal Mechanical Engineer will design and integrate mechanical systems for quantum computers, ensuring high precision and performance through collaboration with multi-disciplinary teams.

The role involves designing educational content for quantum computing, utilizing AI and machine learning for community engagement and customer training.

The Quantum Systems Engineer is responsible for integrating hardware and software for Quantum Processing Units, including designing, testing and deploying systems while collaborating with cross-functional teams and providing customer support.

QuEra seeks a Quantum Scientist for experimental calibration and benchmarking in quantum computing, collaborating with teams and customers to enhance product development.

Maintain and integrate hardware and software systems for quantum controls, manage lab and test infrastructure (HIL, K8s, networking, rack servers), automate provisioning and CI/CD, implement monitoring/alerting and observability, support incident response and root-cause analysis, and define operational procedures to ensure reliability across development and production environments.

Design, architect, and deliver complex optical and opto-mechanical systems for neutral-atom quantum computers across R&D, productization, and maintenance. Collaborate with physicists and R&D, troubleshoot at headquarters and customer sites, advance engineering practices, and enable transition of scientific advances into manufacturable products.

The IT Support Specialist resolves technical issues for hardware and software, manages user accounts, supports AV systems, and maintains IT infrastructure.

The Senior Technical Product Manager will define product vision, synthesize requirements, collaborate with teams, lead product launches, and refine management processes in quantum computing services.

The role involves designing and building neutral atom quantum computers, collaborating on verification, and analyzing data in quantum computing experimentation.

Lead program management activities for QuEra's quantum computers, ensuring product delivery, customer success, and system integration, while managing timelines and stakeholder communication.