Quantum computing

Proven Solutions for Demanding Applications
 

• Cryogenic cooling systems for quantum electronics
• Helium distribution systems for data centers
• Plants for liquefaction of helium
• Cryogenic pump systems for vacuum generation
• Scientific experiments with liquid gases
• Test stands for cryogenic component testing
• Cryostats for scientific experiments
• Gas recovery systems for loss minimization
• Reliquefiers for valuable gases

Expertise for Extreme Conditions in Quantum Computing
In quantum computing, precise cryogenic solutions are essential for the stable operation of superconducting qubits. Cooling to temperatures close to absolute zero places the highest demands on the infrastructure. Cryogenic fluids such as helium must be controlled and guided through complex cooling chains with minimal loss – often across multiple levels within a data center. WEKA components enable reliable distribution and control of these media, ensuring that cooling takes place exactly where it is needed for the quantum processors to function.

For Quantum Computing Applications
Quantum processors are extremely sensitive to any form of instability. Even the slightest thermal or mechanical disturbances can significantly impair coherence times. WEKA components are designed for maximum mechanical and thermal stability—even at the lowest temperatures and under vacuum conditions. Our valves and couplings ensure constant operating parameters and contribute to the trouble-free functioning of complex cryostats over long periods of time.

Specially designed components minimize heat input and ensure efficient operation even at temperatures close to absolute zero. Their thermal stability and precise flow control ensure the reliable operation of superconducting qubits—even in complex modern quantum computer systems.