Lead Quantum Error Correction Researcher

Company: Riverlane
Apply for the Lead Quantum Error Correction Researcher
Location: Cambridge
Job Description:

Overview

In this role you lead high-impact QEC research at Riverlane, driving the development of the world’s first QEC stack. You will supervise a small team within a multidisciplinary group and shape research directions as the technology scales. You translate cutting-edge findings into outcomes that advance company goals, while mentoring colleagues and building external partnerships. This is a mission-driven opportunity to push the boundaries of fault-tolerant quantum computing and contribute to impactful, real-world applications.

Pay / Benefits

  • annual bonus
  • private medical insurance
  • life insurance
  • contributory pension
  • equity
  • learning budget and training

Responsibilities

  • Lead multi-person QEC research projects end-to-end
  • Coach and level up team members through mentorship
  • Shape directions and priorities of QEC research as technology scales
  • Translate research into outcomes advancing Riverlane’s goals
  • Line-manage and support team growth and responsibility
  • Build relationships with external partners and customers (hardware partners)
  • Contribute to proposals and funding opportunities
  • Write and review code for internal and open-source codebases
  • Communicate results via publications, talks, and conferences

Key requirements

  • PhD in mathematics, physics, computer science, or related field (or equivalent experience)
  • Proven ability to perform high-quality theoretical work (e.g., publications)
  • Experience leading research directions and multi-person projects
  • Collaborative mindset with mentoring experience
  • Working knowledge of QEC
  • Ability to work independently and in a team
  • Strong written and oral communication skills
  • collaborative mindset
  • mentoring and coaching
  • clear scientific communication
  • QEC knowledge
  • qLDPC codes (advantageous)
  • understanding of one or more qubit modalities (advantageous)

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Posted: October 1st, 2026