Updated on 9 October 2026
Large-Scale Quantum Infrastructure - Modular Cryogenic Platform
Senior Sales Engineer at Bluefors
Erding, Germany
About
he Modular Cryogenic Platform takes a completely new approach to cryogenic system architecture. Designed to support the most demanding quantum computing applications, the system has been built to scale and expand with ever-growing industrial needs. Multiple individual modules can be combined to create a massive cooling architecture on an unprecedented scale, making previously unimagined qubit counts possible, all in a cost- and space-efficient design. It’s a quantum leap far into the future.
The Modular Cryogenic Platform is essentially a vast, self-supported vacuum chamber, with full access doors on every side. When multiple modules are connected it’s possible to create a cavernous payload space spanning the entire system interior.
With each module supporting payloads up to 800 kg, the opportunities for large-scale quantum applications are unlimited.
Applies to
- Quantum Computing
Organisation
Similar opportunities
Expertise
Experimental superconducting quantum hardware
- Quantum Computing
- Enabling technologies (electronics, photonics, vacuum etc.)
Deepankar Sarmah
Post-doctoral researcher/Research Scientist at University of Basel
Basel, Switzerland
Product
Precision Positioning for Quantum Technologies
- Quantum Sensing
- Quantum Computing
- Quantum Communication
- Quantum Instrumentation
- Quantum-based use cases (chemistry, sensing, etc.)
- Enabling technology (electronics, photonics, vacuum etc.)
Hai Zhong
Managing director at QuVac GmbH
Heidelberg, Germany
Request
MSc Physics EPFL Graduate Seeking Theoretical/Computational R&D Role or Internship
Andrea Lanteri
MSc in Physics, EPFL at EPFL
Lausanne, Switzerland