Quantum Art

We are looking for a hands-on engineer or experimental physicist to develop and test advanced infrastructure for quantum systems. This is an R&D-focused position involving new vacuum techniques, electrical delivery methods, and system configurations designed to push performance beyond current limits. Candidates may come from physics, mechanical engineering, electrical engineering, or a related experimental field. Requirements and skills Develop and test vacuum and electrical infrastructure for quantum hardware. Investigate new UHV/XHV techniques, materials, components, and system architectures. Develop low-noise DC, RF, high-voltage, and control-signal delivery methods. Design and evaluate feedthroughs, wiring, filtering, grounding, shielding, and in-vacuum assemblies. Build experimental setups and characterize vacuum, electrical noise, stability, and system performance. Analyze data, identify root causes, and translate results into improved designs. Automate measurements and testing using Python, MATLAB, LabVIEW, or similar tools. Collaborate with physicists and mechanical, electrical, control, and systems engineers. Qualifications BSc, MSc, or PhD in Physics, Mechanical Engineering, Electrical Engineering, Applied Physics, or a related field. Strong hands-on experience with complex scientific or experimental systems. Research background demonstrated through graduate work, publications, patents, or advanced R&D projects. Practical experience with high-vacuum, UHV, or XHV systems. Understanding of electrical noise, grounding, shielding, filtering, and signal integrity. Strong instrumentation, troubleshooting, and experimental-design skills.

Quantum Art is a full-stack quantum computing company developing advanced quantum computers based on trapped-ion technology. We build the entire quantum computing stack—from hardware and control systems to cloud infrastructure and user-facing applications. We are looking for an experienced Full-Stack Software Engineer to join our software team and help build reliable, scalable, and production-ready platforms. In this role, you will work across the quantum software stack, developing modern frontend and backend services while taking end-to-end ownership—from architecture and implementation to deployment and production operations. You will collaborate closely with our theoretical physicists to transform cutting-edge algorithms and research code into robust, production-grade software that powers our quantum computing platform. Responsibilities Design, develop, and maintain scalable backend services, RESTful APIs, and modern web applications with intuitive user interfaces. Collaborate closely with the theoretical physics team to integrate research algorithms into production-quality software. Build the infrastructure and software interfaces required to deliver physics-driven capabilities to customers. Deploy, operate, and maintain production systems across AWS and on-premises environments. Manage cloud infrastructure using Terraform and Infrastructure-as-Code (IaC) best practices. Design, implement, and maintain CI/CD pipelines and automated deployment processes. Manage development, staging, and production environments. Develop and maintain unit, integration, and end-to-end automated tests. Implement observability solutions, including logging, monitoring, metrics, dashboards, and alerting. Troubleshoot production issues and continuously improve system reliability, performance, scalability, and security. Participate in system architecture, technical design discussions, code reviews, and engineering planning. Requirements and skills 5+ years of professional software development experience. BSc degree in computer science or similar studies Strong hands-on experience building modern frontend applications using frontend technologies such as React (or a similar framework). Strong Python development skills with experience building production-grade backend services and APIs. Proven experience delivering software products or major features from design through production. Experience designing scalable, highly available, and high-performance distributed systems. Solid understanding of cloud architecture, networking, application security, and identity/access management. Hands-on experience with cloud platforms, containers, and container orchestration. Experience with Terraform or another Infrastructure-as-Code (IaC) framework. Experience implementing monitoring, metrics, dashboards, and observability solutions. Experience working with both SQL and NoSQL databases. Practical experience with CI/CD pipelines, automated testing, and production operations. Strong ownership, problem-solving, communication, and teamwork skills. Preferred Qualifications Experience with Docker, AWS ECS, Kubernetes, or Amazon EKS. Experience integrating scientific, research, or algorithmic software into production environments. Experience with message brokers or streaming platforms (e.g., RabbitMQ, Kafka, Amazon SQS). Experience working in a fast-paced startup environment. Interest in quantum computing or other deep-technology domains. General We are located at the Science Park, by the Weizmann Institute, Israel. Full collaboration with the experimental & theoretical groups at the Weizmann Institute.

Quantum-Art is a full-stack quantum computing company developing state-of-the-art quantum computing systems based on trapped-ion technology, encompassing both hardware and software. As part of our mission, the Theory and Algorithms Group models the performance of our Quantum Processing Units (QPUs), develops novel quantum modalities, and designs new algorithms capable of solving computationally hard problems beyond the reach of current classical methods. We are seeking an excellent and highly skilled theoretical physicist to join this group. Responsibilities: - Develop and apply numerical simulations and analytical models to study the dynamics and motion of large ion-crystals, including 2d arrays. - Develop tools for efficient evaluation, characterization, and validation of Quantum Processing Unit (QPU) performance. - Develop novel electric ion-trapping concepts for large-scale QPUs. - Collaborate extensively with the QPU group, jointly leading efforts toward high-performance and scalable quantum computers. Requirements and skills: - Ph.D. in Physics (exceptional candidates with M.Sc. will be considered). - Strong background in quantum science and technology. - Excellent analytical, numerical, and problem-solving skills. - Background in AMO physics - an advantage. - Background in electrical engineering - an advantage. - Strong teamwork skills, with very good communication, presentation, and reporting abilities. - Software development experience, including proficiency in Python or Julia, and familiarity with symbolic tools such as Mathematica. - Electric environment modeling experience, including software such as COMSOL. General: We are located at the Science Park, by the Weizmann institute. Full collaboration with the experimental & theoretical groups at the Weizmann Institute.

Quantum-Art is a full-stack quantum computing company developing state-of-the-art quantum computing systems based on trapped-ion technology, encompassing both hardware and software. Our multidisciplinary team combines world-class physics, engineering, and software expertise to develop cutting-edge quantum computing systems that will shape the future of computing. We are looking for an experienced Product Manager to drive product development in a highly technical and multidisciplinary environment. The role combines close collaboration with both R&D and Business teams, bridging advanced technology, customer needs, and market opportunities. Responsibilities Define and execute product strategy and roadmap. Work closely with R&D teams to shape product requirements and technical direction. Conduct market research, competitive analysis, and identify market trends and opportunities. Gather, prioritize, and manage product requirements throughout the R&D lifecycle. Requirements and skills 3+ years of experience in Product Management - required. B.Sc. in Physics - required. Strong analytical and problem-solving skills. Excellent communication and interpersonal skills, the ability to work effectively across technical and business teams. Fluent English, both written and spoken. Experience with hardware products - an advantage. Familiarity or experience with quantum computing - a significant advantage. Why Join Us? This is a unique opportunity to join the team building Israel's first quantum computer and play a key strategic role in shaping groundbreaking technology from its early stages. You will work alongside leading scientists and engineers, influence both technology and business strategy, and make a real impact on the future of quantum computing. General We are located at the Science Park, close to the Weizmann institute of science. Full collaboration with the experimental & theoretical groups at the Weizmann Institute

Quantum-Art is a full-stack quantum computing company developing state-of-the-art quantum computing systems based on trapped-ion technology, encompassing both hardware and software. Our multidisciplinary team combines world-class physics, engineering, and software expertise to develop cutting-edge quantum computing systems that will shape the future of computing. We are looking for a hands-on Mid-Level Python Developer to develop Python packages, internal tools, automation flows, CI processes, and software integrations with hardware systems and lab equipment. Responsibilities: Develop and maintain Python packages, libraries, internal tools, scripts, and automation flows. Work with hardware systems and lab equipment, including SCPI-based communication and instruments such as oscilloscopes. Build and improve CI/CD pipelines, automated tests, validation flows, and deployment processes. Debug software, hardware integration, and automation issues in Linux-based environments. Collaborate with software, hardware, QA, and DevOps teams to support development, testing, and validation activities. Requirements and skills 5+ years of hands-on Python development experience. B.Sc. in Computer Science, Electrical Engineering, or a related field Experience developing Python packages, libraries, automation flows, tests, and internal tools. Familiarity with CI/CD tools such as GitLab CI, GitHub Actions, Jenkins, or similar. Familiarity with databases, SQL, and PostgreSQL. Good Git, Linux, debugging, and troubleshooting skills. Ability to work independently, take ownership, and communicate well with cross-functional teams. Advantage Experience with PyTest, Docker, Serial, USB, TCP/IP, or SCPI. Experience working with hardware, lab equipment, oscilloscopes, or hardware validation environments. Experience with signal processing. Experience working with databases. Experience with ETL processes. Familiarity with AI tools and technologies. General We are located at the Science Park, close to the Weizmann institute of science. Full collaboration with the experimental & theoretical groups at the Weizmann Institute

Quantum-Art, a full stack quantum computing company, develops state of the art quantum computing systems based on trapped ions technology (both hardware and software). As part of our mission our System group builds, characterizes and operates our quantum processing units (QPUs), develops novel quantum gates and circuits, and implements new algorithms capable of solving hard computational tasks, beyond current classical computational abilities. Responsibilities Design, construct, operate, test, and validate quantum computing systems based on ultracold trapped-ion technology. Work in an experimental lab, collect data, analyse it and derive conclusions on the characteristics, stability and robustness of the system, constantly improving its performance. Collaborate with other hardware, theory, and software groups – scientists and engineers -- jointly leading the effort toward high performance & scalable quantum computers. Develop new schemes, architectures, high fidelity gates, circuits, and use-cases for ion trap-based quantum computation. Maximize QPU performances, define and measure the overall noise budget. Obtain efficient ways to reduce, control and mitigate leading noise sources. Validate and characterize the performance of QPU's in execution of quantum algorithms and circuits. Requirements and skills MSc or PhD in experimental physics \ engineering, with experience in one or more of the following fields: quantum information, atomic, molecular and optical physics, precision spectroscopy, electro-optics, ultra-high vacuum systems, electronics, cryogenics Demonstrated ability to rapidly learn and apply new physical principles and experimental techniques, exceptional analytical and critical thinking skills to evaluate system performance and identify areas for optimization Proven work experience and relevant training in running complex experimental systems, including data collection, and advanced signal processing and data analysis in Python \ Matlab Team player, excellent communication, presentation, and reporting skills, in both Hebrew and English Demonstrated organizational and leadership skills Advantages: 2+ years direct experience with AMO-physics experimental systems (trapped ions, ultracold atoms, NV-centers or laser spectroscopy) Experience in the industry, specifically working on complex physical systems Complex tasks and projects leadership abilities Software development \ physical simulation background, working experience with Zeemax, Solidworks, Comsol etc. Experience in best practices for software control and data acquisition of complex experiments General We are located at the Science Park, close to the Weizmann institute of science. Full collaboration with the experimental & theoretical groups at the Weizmann Institute