QuTech, Delft University of Technology
Ronald’s research centers on exploring and controlling quantum-entangled states with the long-term goal of exploiting these in future quantum technologies such as quantum computing and quantum internet. His work combines quantum optics, solid-state physics, nuclear magnetic resonance, quantum information theory and nanofabrication. In the coming years he aims to build on these results to demonstrate the fundamentals of a future quantum internet on the road towards large-scale deployment.
A qubit plane with spin qubits and photonic links for modular quantum computing
Diamond spin qubits combined with photonic interconnects provide a compelling qubit plane for modular quantum computing. We present our progress in the past years moving from early bulk devices with nitrogen-vacancy centers to integrated photonic devices with current tin-vacancy (SnV) colour centers.
Date
25 January 2024
From 9am to 6:30pm (CET)
Location
DOB Academy
Raam 180
2611 WP Delft
The Netherlands
Event highlights
Discover Fujitsu’s latest multi-layered computing achievements to drive quantum forward across:
Gain insights into Fujitsu’s various R&D collaborations with world-leading partners – diamond spin, superconducting, error collection, quantum simulator, and applications
Find out about Fujitsu’s technology and research – via poster presentations and technology demos
Network and explore Quantum Collaboration initiatives to identify early applications.