Dinesh Pinto
Web site: Web site: https://go.epfl.ch/edpy
Fields of expertise
Quantum Sensing
Quantum Materials
Quantum Information
Quantum Materials
Quantum Information
Biography
Dinesh Pinto is currently a doctoral student at the Max Planck EPFL Center for Molecular Nanoscience and Technology, a collaboration between EPFL and Max Planck Institute. He earned his Bachelor of Science at the University of Delhi in 2016, and his Master of Science at the University of Stuttgart in 2018. As part of his Masters' thesis work with Jörg Wrachtrup and Klaus Kern, he performed the first demonstration of readout and control of a single endofullerene qubit. He went on to present his work at several international conferences, including at the 50th Anniversary of the European Group on Atomic Systems (EGAS50) in Krakow, Poland.
Current work
Imaging nanoscale magnetism with a diamond qubit at low temperature and ultra-high vacuum.
Education
Master of Science
Dark spins as a qubit resource: single and ensemble approaches using a nanoscale sensor
3rd Institute of Physics, University of Stuttgart
Oct 2018
Bachelor of Science
Ab-initio investigation of thermalization in isolated many-body quantum systems
St. Stephen's College, University of Delhi
May 2016
Publications
Selected publications
| D. Pinto, D. Paone, R. Wieczorek, W. Harneit, J. Wrachtrup, and K. Kern Contributed poster at the Gordon Research Conference (GRC) for Quantum Sensing. Hong Kong, June 2019. |
Local readout and control of an endofullerene qubit |
| D. Pinto, D. Paone, L. Schlipf, B. Kern, R. Wieczorek, W. Harneit, J. Wrachtrup, and K. Kern Contributed talk at the 50th Anniversary of the European Group on Atomic Systems (EGAS). Krakow, Poland, July 2018. |
Sensing buckyball spin qubits using color centers in diamond |
| D. Pinto, D. Paone, L. Schlipf, B. Kern, M. Ternes, A. Finkler, J. Wrachtrup, and K. Kern Contributed talk at the Joint meeting of the Deutsche Physikalische Gesellschaft (DPG) and European Physical Society (EPS) Condensed Matter Divisions. Berlin, Germany, March 2018. |
Buckyball spin networks controlled using qubits in diamond |