Femtosecond excited-state dynamics and ultrafast nonlinear optical investigations of ethynylthiophene functionalized porphyrin

Novel phosphorus(v) tetrabenzotriazacorroles: synthesis, characterization, optical, electrochemical, and femtosecond nonlinear optical studies

“…This has been reported as a breakthrough for optical limiting phenomena and practical applications. Biswas et al 43 were interested in studying the NLO responses of an ethynylthiophene-functionalized D–π-A porphyrin (LG5), which comes under a class of porphyrin molecules with recognized application in organic solar cell devices. Dominant two-photon absorption was reported with an order of ∼1723 GM and the corresponding third-order NLO susceptibility was ∼10 −13 esu.…”

“…The significant NLO properties of novel organic and inorganic compounds have been expanded and have allowed promising applications in various photonic developments, optical communications, biomedical imaging, etc. 38,39 Our group extensively investigated various original molecules such as phthalocyanines, [40][41][42] porphyrins, [43][44][45] porphycenes, 46 and diverse nanoentities 31,[47][48][49] in terms of their NLO response to understand the interaction of NLO materials with fs and pico-second ( ps) laser pulses. These extensive studies revealed the interesting nonlinearity of these novel synthesized compounds, making them potential candidates for numerous applications such as optical switching and optical limiting.…”

Stability enhancement and pronounced three-photon absorption in SrCl2-doped FAPbBr3nano crystals

“…The NLO properties of Cs 2 AgBiBr 6 double PNCs, exhibiting a TPA cross-section of B1906 GM and TPA coefficient of B10 À11 cm W À1 , were investigated. 40 Our group has carried out extensive broadband ultrafast laser-interaction-triggered spectroscopic studies employing novel systems, such as nano entities, [41][42][43] PNCs, 29,30 and organic-inorganic compounds, [44][45][46] unveiling their exotic photonic responses in the NLO domain. In the present work, FAPbBr 3 is chosen as a prototype to investigate its interactions with Sr 2+ and Cl À ions and its advances for NLO studies.…”

Ethyl acetoacetate and acetylacetone appended hexabromo porphyrins: synthesis, spectral, electrochemical, and femtosecond third-order nonlinear optical studies

“…Hence, numerous materials are being explored for NLO properties every day. We have also conducted NLO studies on materials such as organic, inorganic compounds such as nanoentities, 5,6 phthalocyanines, 7 porphyrins, [8][9][10] etc. Porphyrins with availability of extensive optical and spectroscopy data (theoretical and experimental) have become suitable candidates for exploring their NLO responses.…”