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We are building a unique platform for low-temperature research, with a focus on molecular quantum spintronics, but other subjects are also studied. Our scientific approach uses the superior flexibility of chemistry, concerning tuning, controlling and manipulating the properties of the molecules (spin, anisotropy, redox potential, light, electrical field...), which can lead to breakthroughs in the field of quantum electronics. We fabricate high-quality devices by depositing magnetic molecules in UHV condition and by in-situ characterization/manipulation of the molecule/device assembly using AFM/STM techniques. We explore the quantum properties of these molecules via a hybrid coupling to (i) a quantum dot (ligand, carbon nanotube), (ii) a quantum nanomechanical system, (iii) an optically active ion (NV centres in diamond, etc.), (iv) a superconducting device, and (v) a silicon-based CMOS device. Firstly, the hybrid coupling is used as an amplifier to read out efficiently the spin states of the molecule, minimizing back action from the environment on the spin system and thereby preserving the quantum states. Secondly, it allows us to entangle both systems in order to study new effects, which are intrinsic to the hybrid systems, for example, non-classical states of motion. This could lead to a better understanding of quantum mechanics, new phenomena and applications.
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Alba Torras-Coloma, Leyre Martinez de Olcoz,Eva Cespedes,Elia Bertoldo,David Lopez-Nunez, Sagar Paul,Wolfgang Wernsdorfer,Gemma Rius,P. Forn-Diaz
Dennis Willsch,Dennis Rieger,Patrick Winkel, Madita Willsch,Christian Dickel,Jonas Krause, Yoichi Ando,Raphael Lescanne,Zaki Leghtas, Nicholas T. Bronn,Pratiti Deb,Olivia Lanes,
NATURE PHYSICS (2024)
Nature Physicspp.1-7, (2024)
NEW JOURNAL OF CHEMISTRYno. 8 (2024): 3603-3613
DALTON TRANSACTIONSno. 6 (2024): 2501-2511
Communications Materialsno. 1 (2024): 1-7
Nicolas Zapata,Ivan Takmakov,Simon Günzler, Ameya Nambisan,Dennis Rieger, Thomas Reisinger,Wolfgang Wernsdorfer,Ioan M. Pop
arxiv(2024)
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Yan Peng,Jonas Braun,Michael Schulze,Hagen Kaemmerer, Yannik F. Schneider, Christopher E. Anson,Wolfgang Wernsdorfer,Annie K. Powell
DALTON TRANSACTIONSno. 3 (2024): 894-897
Nature Physicspp.1-1, (2024)
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