qubitsok.com
Cut Noise. Work Quantum.
Europe, United Kingdom, Cambridge
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Posted 7 days ago
🏢 Riverlane
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GBP 60K - 88K per year
Role Type
Role Focus
Seniority
Employer Type
As an Applied Mathematician, you will use applied mathematics and modeling to inform the design of the quantum error correction (QEC) system at the core of next-generation quantum computers. You will support architectural decisions by answering practical quantitative questions about data flow, performance under uncertainty, and scaling capabilities. This involves building mathematical and computational models, testing assumptions, and refining them using real system data. This role is crucial for shaping Riverlane's development approach and driving innovation in QEC.
Key Responsibilities
Build mathematical and computational models to support system architecture and design decisions.
Estimate system performance, process times, and behavior under uncertainty.
Use statistical modeling techniques to understand variability and scaling of the system.
Refine computational models over time by comparing their outputs with real system data.
Work closely with engineering teams to understand the system designs that need modeling.
Produce clear and practical recommendations for engineering teams based on quantitative analysis.
Required Skills
Strong mathematical background combined with experience in applied modeling or quantitative problem-solving.
Ability to translate architectural questions into practical mathematical or computational models.
Strong coding skills, preferably using Python or R.
Confidence in working with real system data to validate and improve model outputs.
Nice-to-have Skills
Experience working with or alongside hardware systems.
Understanding of how software interacts with physical components.
Background in hardware-focused or systems engineering environments where modeling guides design decisions.
Technology Tags
The role centers on applied mathematics and creating mathematical and computational models for QEC systems.
The central purpose of the job is to support the design of the quantum error correction (QEC) system.
The primary responsibility is to build mathematical and computational models to inform system architecture and design decisions.
The company's mission and the job's context revolve entirely around achieving fault-tolerant quantum computing via quantum error correction.
The role explicitly requires using statistical modelling techniques to estimate system performance and behaviour under uncertainty.
The candidate must have strong coding skills, ideally in Python or R, to build mathematical and computational models.
The team includes experts in quantum information theory, suggesting the context of the work relates heavily to information flow and handling within the QEC system.