Turning quantum discoveries into real-world technologies
Led by Dr. Erika Janitz · Get to know the PI →
Our research at a glance
QuTE Lab develops quantum sensors and highly coherent qubits from defects in solids.
Quantum sensing
We use atomic-scale quantum sensors to probe the nanoscale world beyond the limits of classical approaches.
Solid-state qubits
We engineer novel quantum defects and their material environments to maximize spin and optical coherence.
Quantum devices
We design and fabricate nanoscale devices that efficiently couple quantum defects to light.
Research highlight · 2026
Nanoscale NMR of DNA-functionalized diamond using individual NV centers
We tethered 19F-labeled DNA to diamond nanopillars and detected its nuclear spins with single shallow NV centers, a step toward NMR of individual biomolecules.