Careers
Join a world-leading team working at the forefront of scalable quantum computing
Building the future of quantum computing, today
At Quantum Motion, we're building large-scale quantum computers using silicon-spin architectures. Everyone at Quantum Motion is focused on an ambitious goal: making quantum computing useful and ubiquitous.
We bring together a world-class team of quantum physicists, quantum engineers, quantum computer architects, IC engineers, software and machine learning engineers, commercial and operational experts, who thrive on interdisciplinary collaboration. Our culture is built for those who enjoy tackling complex technical challenges within a sophisticated and supportive R&D environment.
From the dreaming spires of Oxford, to the vibrancy of our central London HQ, to the beaches of Sydney (Australia) and the cuisine of San Sebastian (Spain), we offer the perfect intersection of high-growth momentum and the technical excellence of a premier research institution, combined with locations that support an excellent quality of life.
Bring your expertise to build silicon quantum computers
We are always looking for colleagues ready to apply their expertise. Whether you are an industry professional looking to pivot your skills, a PhD graduate eager to apply your research to practical technology, or a postdoc seeking a high-impact R&D role, we provide the platform to do meaningful work in a rapidly growing industry.
Benefits /
Be part of a creative, world-leading team
Competitive salary
A collaborative and interdisciplinary culture
Enhanced global parental leave
Flexible working arrangements and reasonable adjustments
Attractive region-specific benefits
110+
Team Members
4
Global Offices
27+
Nationalities
One Team, One Full-Stack Quantum System
What does it take to move a silicon quantum computer from proof of concept to a full-stack prototype in 12 months? Every discipline, working as one. Hear from the hardware engineers, theorists, modelers, and automation experts behind Quantum Motion's latest milestone, and why the people in the room matter as much as the physics on the chip.