International audienceThe solvent-assisted self-assembly of a blue-emitting neutral platinum(II) complex into micrometer-long and highly crystalline fibers has been achieved. The aggregates show highly efficient (quantum yield up to 74%) polarized yellow-orange light emission, as a consequence of their high degree of supramolecular order imparted by weak non-covalent intermolecular (metal...metal and pi-pi) interactions
Luminescent platinum complexes have attractive chemical and photophysical properties such as high st...
The luminescence properties of Pt(II) compounds can be modulated by controlling the assembly of thei...
In this issue of Chem, Che and coworkers show the sequential assembly of phosphorescent, multiblock ...
The solvent-assisted self-assembly of a blue-emitting neutral platinum(ii) complex into micrometer-l...
A platinum(II) emitter is able to self-assemble into gelating nanofibers, leading to an unprecedente...
This thesis focuses on the design, synthesis and the photophysical characterisation of luminescent n...
There has been a growing interest to develop functional organic and organometallic materials in nano...
The formation of hybrid silica-based systems to study the effect of the confinement on the emission ...
A platinum complex bearing a tetraethylene glycol chain has been designed and its self-assembly prop...
Smart light-responsive supramolecular materials have been extensively investigated in the past decad...
Recently, significant research efforts have been focused on the development of new Pt(II) complexes ...
Self-assembly of organic and inorganic molecules into one-dimensional (1-D) micrometer- and nanomete...
The local environment surrounding luminophores can significantly influence their photophysical prope...
A solvochromic material made from incorporation of photoluminescent Pt(II)(C∧N∧N) moieties into comm...
A new class of amphiphilic anionic platinum(II) bzimpy complexes has been demonstrated to show aggre...
Luminescent platinum complexes have attractive chemical and photophysical properties such as high st...
The luminescence properties of Pt(II) compounds can be modulated by controlling the assembly of thei...
In this issue of Chem, Che and coworkers show the sequential assembly of phosphorescent, multiblock ...
The solvent-assisted self-assembly of a blue-emitting neutral platinum(ii) complex into micrometer-l...
A platinum(II) emitter is able to self-assemble into gelating nanofibers, leading to an unprecedente...
This thesis focuses on the design, synthesis and the photophysical characterisation of luminescent n...
There has been a growing interest to develop functional organic and organometallic materials in nano...
The formation of hybrid silica-based systems to study the effect of the confinement on the emission ...
A platinum complex bearing a tetraethylene glycol chain has been designed and its self-assembly prop...
Smart light-responsive supramolecular materials have been extensively investigated in the past decad...
Recently, significant research efforts have been focused on the development of new Pt(II) complexes ...
Self-assembly of organic and inorganic molecules into one-dimensional (1-D) micrometer- and nanomete...
The local environment surrounding luminophores can significantly influence their photophysical prope...
A solvochromic material made from incorporation of photoluminescent Pt(II)(C∧N∧N) moieties into comm...
A new class of amphiphilic anionic platinum(II) bzimpy complexes has been demonstrated to show aggre...
Luminescent platinum complexes have attractive chemical and photophysical properties such as high st...
The luminescence properties of Pt(II) compounds can be modulated by controlling the assembly of thei...
In this issue of Chem, Che and coworkers show the sequential assembly of phosphorescent, multiblock ...