Lead-free halide perovskites, as environment-friendly materials, have received critical
interest in photovoltaic applications. In this regard, the bismuth halide perovskites …

The dynamic role of solvent in influencing the rates of physico‐chemical processes (for
example, polar solvation and electron transfer) has been extensively studied using time …

Fluorescent proteins exhibit interesting excited state photochemistry, leading to bright
fluorescence emission that renders their versatile biological role and wide use as …

Controlling excitation energy transfer within self-assembled molecular aggregates has been
a major challenge since such systems represent as prototypes for highly efficient light …

Measurement of time evolution of fluorescence of a probe solute has been a quintessential
technique to quantify how dipolar solvent molecules dynamically minimize the free energy of …

Substituted fluorene structures have demonstrated unusual photochemical properties.
Previous reports on the substituted fluorene Schiff base FR0-SB demonstrated super …

Using fluorescence lifetime and time-resolved fluorescence anisotropy measurements, here
we report how the nature of the solvent controls Förster resonance energy transfer (FRET) in …

Singlet fission (SF) is a phenomenon for the generation of a pair of triplet excitons from
anexcited molecule in singlet electronic state interacting with another adjacent molecule in …

Several fluorene derivatives exhibit excited-state reactivity and relaxation dynamics that
remain to be understood fully. We report here the spectral relaxation dynamics of two …

Photophysical properties of tricarbocyanine dyes in various solvents have been widely
investigated using a variety of spectroscopic tools. However, the presence of several ground …