Spin crossover complexes are a route toward designing molecular devices with a facile
readout due to the change in conductance that accompanies the change in spin state …

The fusion of monodentate or multidentate ditopic organic moieties with transition metal ions
leads to the development of novel metallopolymers through complexation reactions. The …

Spin-state switching in iron (II) complexes composed of ligands featuring moderate ligand-
field strength—for example, 2, 6-bi (1H-pyrazol-1-yl) pyridine (BPP)—is dependent on many …

Long-distance superexchange coupling provides a powerful tool for scalable quantum
processors required in quantum information and quantum computation. Quadripartite spin …

The spin-crossover (SCO) can be triggered by light or pressure changes, making it a
promising system for multifunctional switches and memory devices at the molecular level. In …

Chemistry offers a multitude of opportunities towards harnessing functional molecular
materials with application propensity. One emerging area of interest is molecular spintronics …

The results of synthesis and study of magnetically-active iron (II) complexes with
polynitrogen heterocyclic ligands and outer-sphere boron cluster anions have been …

Different strategies have been proposed to trigger the spin switching in single-molecule
junctions based on spin-crossover complexes. Here, we report on a computational study …

New iron (ii) complexes with 2, 6-bis (1 H-imidazol-2-yl)-4-methoxypyridine (L), viz.,[FeL2]
Cl2• 2H2O (1• 2H2O),[FeL2](NO3) 2• H2O (2• H2O),[FeL2](ClO4) 2• 0.5 H2O (3• 0.5 H2O) …

Исследованы фазовые соотношения в квазичетверной системе GdCoO 3-SrCoO 3-δ-
SrFeO 3-δ-GdFeO 3 при 1373 K на воздухе. Определены области гомогенности и …