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 …

We investigated modifications driven by 7, 7, 8, 8-tetracyanoquinodimethane (TCNQ) to the
spin state configuration of [Fe (3-bpp) 2](TCNQ) 2 co-crystal and both spin state and electric …

The conductivity changes associated with optical excitations and changing temperature in
cobalt valence tautomer molecular thin films were investigated. Conductance switching in …

Future molecular microelectronics require the electronic conductivity of the device to be
tunable without impairing the voltage control of the molecular electronic properties. This …

In this work, we provide clear evidence of magnetic anisotropy in the local orbital moment of
a molecular thin film based on the SCO complex [Fe (H 2 B (pz) 2) 2 (bipy)](pz= pyrazol− 1 …

Spintronic devices are devices which use the spin properties of atoms to store information.
Such devices are predicted to be lower power. In this work, two FeII spin crossover …

Molecular materials exhibiting bistability between two states are intriguing candidates for
next generation electronic devices. Two similar classes of materials, known as spin …

Metal cluster and metal compound interactions with polymers are important for sensors and
devices. Both the organic and metal organic molecular systems have been investigated to …