Nanosystems and devices

The prerequisite for the development of a technology based on magnetic molecules and magnetic nanoparticles is the successful organization at the nanoscale allowing to maintain the richness of the magnetic and electronic properties of the chemically designed and tailored objects. UHV depositions and wet chemistry based protocols are used to assemble molecular and inorganic nanosystems controlling their interactions.

The integration of these objects in hybrid architectures that can be addressed using specific mesoscopic probes is the following step forward that can promote the realization of application in several fields ranging from molecular spintronics, quantum computing, magneto-plasmonics and photovoltaics.

Team

Matteo Mannini (Principal Investigator)

Brunetto Cortigiani (Technician)

Giulia Serrano (Researcher)

Lorenzo Poggini (CNR Researcher)

Niccolò Giaconi (Post doc)

Alessandro Veneri (PhD Student)

Previous Members

IN EVIDENCE:

	Chirality-Induced Spin Selectivity: An Enabling Technology for Quantum Applications *Advanced Materials, 2023*
	VdW Mediated Strong Magnetic Exchange Interactions in Chains of Hydrogen-Free Sublimable Molecular Qubits *JACS, 2023*
	Mixed-Sandwich Titanium(III) Qubits on Au(111): Electron Delocalization Ruled by Molecular Packing *Nano Letters, 2022*
	Magnetic molecules as sensors of topological hysteresis of superconductors *Nature Communications, 2022*
	Direct detection of spin polarization in photoinduced charge transfer through a chiral bridge *Chemical Science, 2022*
	Engineering Chemisorption of Fe₄ Single-Molecule Magnets on Gold *Advanced Materials Interfaces, 2021*
	A TbPc₂ sub-monolayer deposit on a titanium dioxide ultrathin film: magnetic, morphological, and chemical insights *Journal of Material Chemistry C, 2021*
	Stabilization of an Enantiopure Sub-monolayer of Helicene Radical Cations on a Au(111) Surface through Noncovalent Interactions *Angewandte Chemie International Edition, 2021*
	Quasi-Hexagonal to Lepidocrocite-like Transition in TiO₂ Ultrathin Films on Cu(001) *The Journal of Physical Chemistry C, 2021*
	Substrate mediated interaction of terbium(III) double-deckers with the TiO₂(110) surface *Physical Chemistry Chemical Physics, 2021*
	Chemisorption of nitronyl-nitroxide radicals on gold surface: an assessment of morphology, exchange interaction and decoherence time Nanoscale, 2021
	Space charge-limited current transport mechanism in crossbar junction embedding molecular spin crossovers *ACS Applied Materials and Interfaces, 2020*
	Enhancement of the magnetic coupling in exfoliated CrCl₃crystal observed by low-temperature Magnetic Force Microscopy and X-ray Magnetic Circular Dichroism *Advanced Materials, 2020*
	Synchrotron-based Mössbauer Spectroscopy Characterization of Sublimated Spin Crossover Molecules *PCCP, 2020*
	Quantum dynamics of a single molecule magnet on superconducting Pb(111) *Nature Materials, 2020*
	Plasmon-enhanced magneto-optical detection of single-molecule magnets Materials Horizons, 2019
	Surface effects on a photochromic spin-crossover iron(ii) molecular switch adsorbed on highly oriented pyrolytic graphite Nanoscale, 2019
	Room Temperature Control of Spin States in a Thin Film of a Photochromic Iron (II) Complex Materials Horizons, 2018
	Magnetic bistability of a TbPc₂ submonolayer on a graphene/SiC(0001) conductive electrode Nanoscale, 2018
	Self-Assembly of TbPc2 Single-Molecule Magnets on Surface through Multiple Hydrogen Bonding Small, 2018
	Tuning of a Vertical Spin Valve with a Monolayer of Single Molecule Magnets Adv. Funct. Mater. 2017
	Low-Temperature Magnetic Force Microscopy on Single Molecule Magnet-Based Microarrays *Nano Lett., 2017*
	An Organic Spin Valve Embedding a Self-Assembled Monolayer of Organic Radicals Adv. Mater. Interfaces, 2016
	A Combined Ion Scattering, Photoemission, and DFT Investigation on the Termination Layer of a La0.7S0.3MnO3 Spin Injecting Electrode J. Phys. Chem. C, 2014

Lorenzo Squillantini (PhD student)

last update: 22-June-2023

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