This review focuses on solvent‐free molecular liquid materials that exhibit changes in
response to stimuli. Along with the recent development of soft functional materials, research …

Solvent‐free luminous molecular liquids (LMLs) are a new generation of soft matter which
exhibit uncharged, nonvolatile, and fluidic nature and emit intense and homogeneous …

We report the first demonstration of orthorhombic CsSnI3 films prepared from solution at
room temperature that have defect densities low enough for use as the light harvesting …

There is a strong imperative to synthesize polymers with highly controlled structures and
narrow property ranges. Silicone polymers do not lend themselves to this paradigm because …

The chemistry of functional molecular liquids (FMLs) is a recently developed research area
that describes the unique properties of the liquid physical state of the materials under …

Abstract Solvent-free, nonvolatile, room-temperature alkylated-π functional molecular liquids
(FMLs) are rapidly emerging as a new generation of fluid matter. However, precision design …

Metastable states of soft matters are extensively used in designing stimuli-responsive
materials. However, the non-steady properties may obstruct consistent performance. Here …

This review is devoted to low and high molecular mass electroactive materials containing
triphenylamine (TPA) structural units. It is shown that by appropriate selection of C–C …

Highly fluorescent non-volatile fluidic fluorene derivatives functionalized with siloxane
chains were synthesized and used in monolithic solvent-free liquid organic semiconductor …

Electronic properties of organic semiconductors are determined by the carrier density and
carrier mobility. The time‐of‐flight (TOF) method is one of the techniques used for the …