תיאור המשרה
About Us:
Anyon Systems is building the next generation of superconducting quantum computers. We design and operate full-stack quantum systems, from fabrication and cryogenics to control electronics, calibration, and software. What differentiates Anyon is execution speed, technical depth, and a relentless focus on making quantum hardware work in practice, not just on paper. Our Tel Aviv R&D center is a critical powerhouse driving Anyon Systems’ global quantum roadmap. Far from a traditional satellite office, this strategic hub owns the core pillars of our technology: quantum control, calibration, benchmarking, and AI-first automation. We deliberately anchored this team in Israel to leverage the ecosystem’s unmatched pedigree in deep-tech execution, defense-grade engineering, and rigorous applied research. As a member of this team, you will operate with complete autonomy and high agency, directly shaping the flagship products deployed to our customers worldwide.
Role Overview:
This role focuses on understanding complex multi-qubit dynamics, noise, and emergent behavior as systems scale, with an emphasis on models that can inform real systems.
Key Responsibilities:
Model many-body and open quantum system dynamics
Study thermalization, crosstalk, and non-equilibrium effects
Develop reduced models usable by AI calibration systems
Identify scaling bottlenecks and emergent error mechanisms
Collaborate closely with experimental teams
Qualifications:
PhD in theoretical physics or related discipline
Expertise in many-body dynamics or open quantum systems
Strong analytical and numerical skills
What We Offer:
A core technical role in a fast-growing quantum hardware company
Direct access to real, state-of-the-art quantum processors
High level of autonomy and technical ownership
Collaboration with world-class experimental, theoretical, and AI teams across North America and Israel
Competitive compensation aligned with senior deep-tech roles in Israel - Long-term equity participation
Flexible work culture with strong emphasis on results, not bureaucracy - Opportunity to influence the technical direction of the company
Security / Defense Backgrounds: Candidates with backgrounds in defense, aerospace, intelligence, secure systems, RF, real-time systems, or classified R&D environments are strongly encouraged to apply. Experience operating complex systems under strict performance, reliability, and security constraints is highly valued.
על Anyon Systems Inc.
Anyon Systems is building the next generation of economically deployable quantum infrastructure.
Headquartered in Canada, with operations in Israel, Anyon is a full-stack superconducting quantum computing company designing, building, and commercializing quantum systems for real-world high-performance computing environments.
While much of the quantum industry remains focused on laboratory milestones and long-term theoretical roadmaps, Anyon is focused on execution: delivering operational quantum systems today while engineering a credible path toward commercial quantum advantage.
Anyon has already demonstrated real-world execution with deployed quantum systems, including MonarQ, a 24-qubit superconducting quantum computer installed at the Calcul Québec data centre. MonarQ reflects Anyon’s practical deployment philosophy: quantum systems must fit into the infrastructure customers already use.
The company’s position has been further validated through its selection as one of Canada’s quantum computing champions, reinforcing its role in advancing sovereign, end-to-end quantum capability and positioning Canada in the global race for advanced computing infrastructure.
Anyon is now scaling from deployed systems to a broader quantum infrastructure platform. With a strategy that combines superconducting hardware, fabrication control, data-centre integration, sovereign deployment models, and international expansion across key innovation markets, Anyon is positioned at the intersection of quantum computing, national technology strategy, and next-generation infrastructure investing.
Anyon is not simply pursuing quantum advantage as a scientific milestone. It is building the industrial platform required to make quantum computing useful, deployable, and economically viable.