Understanding the properties of spin-crossover molecules in direct contact with metals is
crucial for their future integration in electronic and spintronic devices. By X-ray absorption …

Spin-crossover molecules present the unique property of having two spin states that can be
controlled by light excitation at low temperature. Here, we report on the photoexcitation of …

Spin-crossover molecules are very attractive compounds to realize multifunctional spintronic
devices. Understanding their properties when deposited on metals is therefore crucial for …

The interaction at the molecular level of the spin‐crossover (SCO) FeII ((3, 5‐(CH3) 2Pz)
3BH) 2 complex with the Au (111) surface is analyzed by means of rPBE periodic …

Spin-crossover molecules on metallic substrates have recently attracted considerable
interest for their potential applications in molecular spintronics. Using scanning tunneling …

Using X-ray absorption techniques, we show that temperature-and light-induced spin
crossover properties are conserved for a submonolayer of the [Fe (H2B (pz) 2) 2 (2, 2 …

Electron‐Induced Spin Crossover of Single Molecules in a Bilayer on Gold × Close The
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Temperature-and coverage-dependent studies of the Au (1 1 1)-supported spin crossover
Fe (II) complex (SCO) of the type [Fe (H 2 B (pz) 2) 2 (bipy)] with a suite of surface-sensitive …

Submono‐, mono‐and multilayers of the Fe (II) spin‐crossover (SCO) complex [Fe (bpz) 2
(phen)](bpz= dihydrobis (pyrazolyl) borate, phen= 1, 10‐phenanthroline) have …

Understanding and controlling the spin-crossover properties of molecular complexes can be
of particular interest for potential applications in molecular spintronics. Using near-edge X …