We develop spin based quantum technologies using optically active spin defects in solid state materials. Our research combines materials science, optical spectroscopy and microscopy, magnetic resonance, and quantum control schemes to enable nanoscale spectroscopy and imaging in physical, chemical, and biological environments. A central aspect of our work is the discovery and exploration of novel defect species in emerging host materials, together with the investigation of electron nuclear spin interactions and spin polarization transfer. Through these efforts, we aim to enhance sensitivity in magnetic resonance, enable nanoscale nuclear spin detection, and establish new quantum sensing modalities under ambient conditions.
News
Lab Launch
The RizzatoLab officially launches at the Technical University of Munich. We develop spin defects in low-dimensional materials for quantum sensing and nanoscale magnetic resonance. Follow our News section for updates on openings, collaborations, and publications.
January 2026
Spin-based quantum technology in a 1D material
MCQST reports on quantum sensors based on spin defects hosted in boron nitride nanotubes (BNNTs), enabling high-surface-area sensing architectures and operation in liquid environments. The work demonstrates advanced spin-control methods and highlights applications in room-temperature chemical and magnetic sensing.
MCQST — News (2026)
ERC Consolidator Grants for Christian Schilling and Roberto Rizzato
MCQST announces ERC Consolidator Grants awarded to Christian Schilling and Roberto Rizzato. The grant supports ambitious mid-career research programs and long-term development of new quantum technologies. See the press release for details on the awarded projects.
MCQST — Press release
Six ERC Consolidator Grants awarded to TUM researchers
TUM reports on six ERC Consolidator Grants awarded to TUM researchers, including Dr. Roberto Rizzato. The article features the NMR-NANOTUBES project, combining quantum technology and nanomaterials to push NMR toward higher sensitivity. Open the press release for the full overview of all funded projects.
9 December 2025
Spin-based quantum technology in a 2D material
MCQST highlights spin-based quantum technology in a two-dimensional material. The article discusses how defects and spins in 2D platforms can enable new quantum functionalities. Read the feature for background and broader context.
MCQST — NewsOpenings
Open positions for PhD students and postdoctoral researchers will be posted here. If you are interested, email a CV and a brief statement of interest.
About TUM
The Technical University of Munich (TUM) is one of Europe’s leading research universities, committed to excellence in science, engineering, and innovation, and fostering interdisciplinary research at the interface of fundamental science and technology.
Learn more at tum.de
About MCQST
The Munich Center for Quantum Science and Technology (MCQST) is a Cluster of Excellence bringing together researchers across Munich to advance quantum science and quantum technologies, spanning physics, chemistry, computer science, and engineering.
Learn more at mcqst.de
