Mechanical vibrations for long-coherence quantum computing
A mechanical qubit with enhanced coherence
Achieving a condensed-matter qubit with long coherence time, small footprint area, high-gate fidelity and compatible with silicon-based fabrication processes.
Technological
Approach
Rethinking the physical nature of a qubit
Coupling nanomechanical resonators to quantum electronic devices
Using advanced materials
The Team
MECHQUBIT brings together multi-disciplinary leading experts, working together for a robust and well-integrated technological approach.
What’s Going On
Explore our latest news and find out where to meet us!
¬ condensed-matter qubit
¬ mechanical qubit
¬ coherence time
¬ quantum dot
¬ nanomechanical resonator
¬ graphene
Applications
quantum computing
quantum cryptography
drug discovery
climate modelling
material science
