Triggering the spin-state switching (SSS) in solutions at room temperature (RT) has attracted
attention in the field of molecular switches. Herein, we report the preparation and switching …

Bistable and stimuli‐responsive molecule‐based materials are promising candidates for the
development of molecular switches and sensors for future technologies. The CN‐bridged …

Spin crossover (SCO) species hold significant potential as versatile building blocks for
multifunctional hybrid materials. In our recent work, we introduced a novel postsynthetic …

Bistable multifunctional materials have great potential in a large variety of devices, from
sensors to information units. However, the direct exploitation of spin crossover (SCO) …

The spin crossover (SCO) phenomenon corresponds to a modification that originates at the
atomic scale. However, the simple consideration of the transformations that occur following …

Spin crossover (SCO) materials that switch between two different spin states, that is, the high
spin (HS) and the low spin (LS) state, with very different optical, magnetic, and structural …

For various technological applications involving the design of molecular-and nanoscale
devices, spin crossover (SCO) materials are a way forward owing to an ability to have a …

Ferroelectric polymers are of great interest due to their intrinsic processing capabilities,
superior to classic inorganic ferroelectric materials. For example, polyvinylidene fluoride …

The [Fe (Htrz) 2trz](BF4) compound is probably the most studied in the spin crossover (SCO)
community since it exhibits switching properties with a large temperature range of memory …

Accelerated ageing reactions that take place between two solid materials on contact in the
absence of added solvent have been used to synthesize two spin‐crossover‐active 1D …