Our image has been selected as one of the supplementary covers of Issue 39 of Volume 148 of the Journal of American Chemical Society. “Electronic and nuclear spins of vanadyl paddlewheel [VOPt(SOCPh)4] diluted in a diamagnetic crystalline matrix were simultaneously
Remembering Dante Gatteschi
The LowT Lab remembers Prof. Dante Gatteschi (Emeritus Professor at the University of Florence), who sadly passed away a few days ago. Dante Gatteschi was the italian pioneer of Molecular Magnetism and his work and career has been source of
NEW PAPER!! Storage and Retrieval of Electronic Spin Coherence using Nuclear Spins in a Vanadyl Paddlewheel
Our paper on “Storage and Retrieval of Electronic Spin Coherence using Nuclear Spins in a Vanadyl Paddlewheel” is finally online on Journal of the American Chemical Society (J.A.C.S.): https://doi.org/10.1021/jacs.6c10524 Abstract: Electronic and nuclear spins are complementary carriers of quantum information:
NANO Colloquia 2026 – Claudio Bonizzoni
Claudio Bonizzoni will give the seminar “Exploring Quantum Technologies with molecular spin-based hybrid quantum circuits” as a part of the NANO Colloquia 2026 of the CNR NANO. Further information can be found at this link, while the abstract is reported
UniMORE is now partner of NQSTI
The University of Modena and Reggio Emilia has officially joined the National Quantum Science and Technology Institute (NQSTI), the italian consortium born for stimulating research on Quantum Science and Technologies. Check the news here.
CNR NANO Activity Report 2026 and Highlight
The CNR NANO Activity Report 2026 is finally available online at this link: www.nano.cnr.it/institute-reports/ Check also our Highlight on “Exploring hybrid spins-superconducting circuits for quantum technologies” (Solid-state Quantum Technology section).
NEW PREPRINT!! Storage and retrieval of electronic spin coherence using nuclear spins in a vanadyl paddlewheel
Our new preprint on “Storage and retrieval of electronic spin coherence using nuclear spins in a vanadyl paddlewheel” is finally on-line at the following link: chemrxiv.15003695/v1 Abstract: “Electronic and nuclear spins are complementary carriers of quantum information: whereas nuclear spins
NEW PAPER! Coherent coupling between YBCO superconducting resonators and sub-micrometer-thick YIG films
Our paper on “Coherent coupling between YBCO superconducting resonators and sub-micrometer-thick YIG films” is finally on-line on Journal of Magnetism and Magnetic Materials at this page, as a part of the Special Issue “Trends in Magnetism: Selected Papers from the
NEW PAPER ON NATURE COMMUNICATIONS!! Observation of Perfect Absorption in Hyperfine Levels of Molecular Spins with Hermitian Subspaces
The final version of our latest paper on: “Observation of Perfect Absorption in Hyperfine Levels of Molecular Spins with Hermitian Subspaces” appeared on Nature Communications: https://www.nature.com/articles/s41467-025-67163-z Abstract: “We investigate Perfect Absorption (PA) of radiation, in which incoming energy is entirely
PhD Course on “Introduction to Spin-based Quantum Technologies”
The LowT Lab will hold a PhD Course on “Introduction to Spin-based Quantum Technologies”, as part of the course plan 2025/2026 of the PhD School on Physics and Nanosciences. The partecipation is open and welcome to all PhD students and