Lead Quantum Algorithms Architect (Fault-Tolerant QC)

Psiquantum; Daresbury; On-site; GBP 79,000 - 93,000; Full time

Job summary

United States Digital Space LLC in Daresbury, UK seeks a senior researcher to develop and adapt quantum algorithms for fault-tolerant quantum computers. You will translate tasks into algorithm specifications and work with our Compilation team on implementations.

You will lead broader research programs, collaborate with industrial and academic partners, and communicate across disciplines to map problems to efficient quantum solutions.

Qualifications

• 5+ years of research experience in quantum computing, algorithms or applications.
• Degree in Physics, Math or Computer Science or equivalent required; PhD preferred.
• Experience with quantum algorithms and compiling in fault-tolerant gates preferred.
• Experience collaborating with academic or industrial partners on real-world quantum applications.
• Proven team player and able to work independently in a fast-moving startup.

Responsibilities

• Propose initiatives for research and development of quantum algorithms for fault-tolerant quantum computers.
• Collaborate with external partners to validate and optimize algorithms for diverse domains.
• Establish benchmarks and problem instances to validate post-classicality of quantum algorithms.
• Guide simulation and analysis of resource requirements for fault-tolerant photonic computing.
• Lead cross-team research programs spanning applications, architecture, and compilation.

Skills

Quantum computing

Quantum algorithms

Python

C++

Team collaboration

Education

Physics/Math/CS degree

PhD preferred

Tools

Python

C++

Job description

United States Digital Space LLC in Daresbury, UK seeks a senior researcher to develop and adapt quantum algorithms for fault-tolerant quantum computers. You will translate tasks into algorithm specifications and work with our Compilation team on implementations.

You will lead broader research programs, collaborate with industrial and academic partners, and communicate across disciplines to map problems to efficient quantum solutions.