We present the design, synthesis, and characterization of a class of heteroaromatic bichromophores in order to investigate intermolecular interactions and their effect on optical and nonlinear optical properties. As a design strategy we have linked two dipolar or quadrupolar units through a non-conjugated alkyl chain. The two units are connected either through their donor or their acceptor end-groups. This study represents a first step towards the design of bi- and multichromophoric systems with optimized NLO responses in order to exploit collective and cooperative effects from interchromophore interactions
To fully exploit the promise of molecular materials for NLO applications, inter- and supramolecular ...
International audienceA series of structurally-related chromophores of different symmetry (quadrupol...
The nonlinear optical properties of four isomeric dipolar two-photon chromophores are compared. The ...
We present the design, synthesis, and characterization of a class of heteroaromatic bichromophores i...
Interchromophore interactions in flexible multidipolar structures for nonlinear optics were addresse...
While structure-properties relationships are quite actively and successfully investigated at the mol...
Abstract: The possibility to exploit a bottom-up approach to design and synthesize multichromophoric...
The aim of the present work is to demonstrate that combined spatial tuning of fluorescence and two-p...
International audienceThe photophysical and two-photon absorption (TPA) properties of three homologo...
Two dimers of a heteroaromatic quadrupolar (acceptor-donor-acceptor) chromophore have been synthesiz...
The synthesis and nonlinear optical characterization of two novel series of heteroaromatic-based qua...
Space invaders: A series of multichromophores (from dimers to dendritic 24-mers) is synthesized, spe...
A concept of chiral, X-type organized π-conjugated oligomers, linked by means of a binaphthalene pin...
A combined experimental and theoretical study is conducted on a series of model compounds in order t...
The synthesis and nonlinear optical characterization of two novel heteroaromatic-based chromophores ...
To fully exploit the promise of molecular materials for NLO applications, inter- and supramolecular ...
International audienceA series of structurally-related chromophores of different symmetry (quadrupol...
The nonlinear optical properties of four isomeric dipolar two-photon chromophores are compared. The ...
We present the design, synthesis, and characterization of a class of heteroaromatic bichromophores i...
Interchromophore interactions in flexible multidipolar structures for nonlinear optics were addresse...
While structure-properties relationships are quite actively and successfully investigated at the mol...
Abstract: The possibility to exploit a bottom-up approach to design and synthesize multichromophoric...
The aim of the present work is to demonstrate that combined spatial tuning of fluorescence and two-p...
International audienceThe photophysical and two-photon absorption (TPA) properties of three homologo...
Two dimers of a heteroaromatic quadrupolar (acceptor-donor-acceptor) chromophore have been synthesiz...
The synthesis and nonlinear optical characterization of two novel series of heteroaromatic-based qua...
Space invaders: A series of multichromophores (from dimers to dendritic 24-mers) is synthesized, spe...
A concept of chiral, X-type organized π-conjugated oligomers, linked by means of a binaphthalene pin...
A combined experimental and theoretical study is conducted on a series of model compounds in order t...
The synthesis and nonlinear optical characterization of two novel heteroaromatic-based chromophores ...
To fully exploit the promise of molecular materials for NLO applications, inter- and supramolecular ...
International audienceA series of structurally-related chromophores of different symmetry (quadrupol...
The nonlinear optical properties of four isomeric dipolar two-photon chromophores are compared. The ...