We build fault-tolerant
quantum computers with
efficiency and speed to
unlock industrial impact.
No existing quantum computer can handle unavoidable errors fast, repeatedly, in real-time, and with manageable resource overhead. This limitation hinders scaling and keeps quantum computing from unlocking its full potential for industrial applications.
Quint develops fault-tolerant quantum hardware designed for high-speed operations with breakthrough error correction efficiency. Our team combines entrepreneurial momentum with decades of cutting-edge R&D experience to pave the way to quantum's global impact.
Leadership Team:
Prof. Christopher Eichler
Prof. Michael J. Hartmann
Dr. Jona Stinner
Advisory Board:
Prof. Florian Marquardt
Dr. Reinhard Ploss
Dr. Markus Hoffmann
Quint develops fault-tolerant quantum hardware designed for high-speed operations with breakthrough error correction efficiency. Our team combines entrepreneurial momentum with decades of cutting-edge R&D experience to pave the way to quantum's global impact.
Leadership Team:
Prof. Christopher Eichler
Prof. Michael J. Hartmann
Dr. Jona Stinner
Advisory Board:
Prof. Florian Marquardt
Dr. Reinhard Ploss
Dr. Markus Hoffmann
We are a multidisciplinary team of pioneers developing fault-tolerant superconducting quantum computers, built for high-speed operation and breakthrough error correction efficiency. We combine entrepreneurial momentum with decades of cutting-edge R&D experience to unlock the global impact of quantum computing. If you want to build game-changing technology in a fast-moving, agile environment, take a look at our open roles.