Simone Gasparinetti
Lead Researcher
Superconducting quantum devices
Superconducting quantum devices
From scientific curiosity to applications. We use superconducting circuits to explore fundamental and applied questions in the areas of quantum information processing, microwave quantum optics and communication, and quantum thermodynamics.
Read moreWhat happens when we push quantum systems beyond their limits? Can we build machines that compute, communicate, and even work in ways classical physics can't explain?
The intricate interplay between thermodynamics and quantum mechanics raises deep and fundamental questions about the nature and behavior of energy, irreversibility, and information at the microscopic and quantum scale.
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Quantum Enabling Technologies (QET) provides the hardware foundation for quantum computing. At 202Q-lab, the team develops and optimizes components for experiments — from routing to calibration.
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In the realm of superconducting quantum computing, one approach stands out for its resilience and potential hardware efficiency: continuous-variable quantum computing (CVQC).
Read more“Our quantum refrigerator is arguably the first demonstration of an autonomous quantum thermal machine executing a practically useful task.”
Simone Gasparinetti
Lead Researcher
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