The role involves working on a 12-month postdoctoral project to develop a distributed quantum network using trapped ions and photons. Responsibilities include setting up and testing a multi-zone ion trap, implementing an efficient ion-photon interface, and simulating novel schemes for ion-photon entanglement.
The role involves designing optimised driving patterns for noise-resilient quantum gates using both analytical and numerical tools. You will collaborate closely with experimental and theory partners to identify and mitigate sources of imperfections in quantum gate fidelities.
The role involves developing and characterizing molecular quantum materials for biomedical sensing, focusing on nanoparticle probes and their optical and spin properties. The postholder will work on preparing and testing nanoparticles, developing coatings, and integrating them into diagnostic tests, with opportunities to propose new research directions.
Develop novel quantum algorithms focused on computational topology and geometry, with an emphasis on extracting topological and geometric invariants from data. Implement and optimize these algorithms on Quantinuum’s quantum hardware, using error mitigation and quantum error correction techniques. Collaborate across the quantum stack and with external partners to advance real-world applications of quantum topological data analysis, while publishing results in top journals and conferences.
This role involves conducting theoretical research at the intersection of quantum chaos, quantum control, and quantum technologies, with a focus on fundamental questions in quantum information, many-body dynamics, and operator growth. The researcher will develop analytical and numerical methods to study complex quantum systems, particularly in the context of neutral-atom quantum processors, and contribute to grant writing, publications, and student supervision within a collaborative, interdisciplinary environment.
As a Senior Software Engineer, you will lead the backend development of advanced scientific instruments using Modern C++ and Linux. You'll work closely with scientists, engineers, and product managers to design, develop, and maintain the software that controls these instruments, ensuring they meet the high standards required for cutting-edge research.
This role involves operating, maintaining, and troubleshooting advanced cryogenic and RF systems for quantum processors at customer sites worldwide. The engineer will perform cooldowns, diagnose faults in dilution refrigerators, validate RF hardware, and manage vacuum and helium systems in a production-like research environment. Frequent international travel and on-call support are required to ensure system uptime and collaborate with global teams.
This role involves defining and driving the product roadmap for hardware security IP and post-quantum cryptography solutions within a deep tech semiconductor startup. You'll act as the technical bridge between engineering, security, and business teams, translating cryptographic standards into hardware requirements and guiding integration with customer systems. The position requires deep technical expertise in SoC architecture, security IP, and end-to-end product development in the context of RISC-V and post-quantum security.
This role involves defining and managing the product roadmap for security software, firmware, and cryptographic libraries that integrate with hardware IPs in a post-quantum secure environment. You'll work closely with customers, architects, and security researchers to harden firmware against hardware-level attacks like DPA and SCA, while translating cryptographic standards into technical requirements. The position demands deep technical expertise in embedded systems, RISC-V/Arm architectures, and end-to-end security integration within complex SoC environments.
Work on cutting-edge quantum error correction research, contributing to architectural design and implementation of QEC systems. Engage in hands-on projects involving algebraic geometry, tensor networks, or fault-tolerant quantum computing, with potential to publish or develop software libraries. Collaborate closely with researchers and engineers in a high-impact technical environment.
This role involves experimental research and development in atomic, molecular, and optical (AMO) physics for quantum RF sensor systems. The physicist will design and integrate complex opto-mechanical systems, lead high-value research projects, and collaborate with multidisciplinary teams to advance quantum technologies. A strong focus is on translating product requirements into atomic system designs and demonstrating working quantum devices.
You will join a fast-moving product team, influencing product decisions, mentoring junior engineers, and engaging directly with customers. Your work will involve building scalable, mission-critical software, leveraging AI tooling, and ensuring high resiliency and performance in production.
This role involves leading the end-to-end planning and execution of complex, multidisciplinary technical programs in quantum computing, integrating hardware, cryogenics, control systems, and software. The Senior Technical Program Manager will coordinate across research and engineering teams to align milestones, manage dependencies, and ensure timely delivery of deployable quantum systems. It is a systems-focused leadership role in a fast-paced, research-driven deep-tech environment.
You will join a fast-moving product team, working on mission-critical enterprise software and services. Your responsibilities include refining system designs, embracing AI tooling, monitoring production performance, and resolving issues swiftly. The role involves close collaboration with systems architects and senior developers, focusing on scalable, resilient, and performant solutions.
This PhD project focuses on developing hybrid quantum-dot and rubidium vapour interfaces for quantum communication networks. The student will work on device fabrication, cryogenic quantum-dot optics, and atomic-vapour experiments, gaining hands-on experience in quantum optics, semiconductor physics, and numerical modelling.
