The supramolecular organization of dye molecules in one-dimensional zeolite channel systems leads to materials with intriguing properties that can be exploited for a variety of applications. Two concepts are presented outlining how zeolite-based hybrid host–guest compounds can be employed in solar energy conversion devices. The first concept describes light-harvesting and sensitization, while the second concept focuses on luminescent solar concentrators
Confinement-driven self-assembly of dyes in nanomatrices is an effective route for the production of...
The herein reported work describes the development of hierarchically-organized fluorescent nanomater...
We discuss artificial photonic antenna systems that are built by incorporating chromophores into one...
We are developing a luminescent solar concentrator (LSC) based on thin dye-zeolite-polymer layers. ...
Zeolites and mesoporous silica are versatile host materials for the supramolecular organization of a...
The defined pore networks of silicate-based molecular sieves are attractive for the development of h...
Artificial photonic antenna systems have been realised by incorporating organic dyes into zeolite L....
Solar energy can provide a clean, reliable, renewable source of electric power. However, the present...
Artificial photonic antenna systems have been realised by incorporating organic dyes into zeolite L....
We discuss artificial photonic antenna systems that are built by incorporating chromophores into one...
The herein reported work describes the development of hierarchically-organized fluorescent nanomater...
One-dimensional channel materials, such as zeolites and mesoporous silicas, are very attractive host...
Confinement-driven self-assembly of dyes in nanomatrices is an effective route for the production of...
Confinement-driven self-assembly of dyes in nanomatrices is an effective route for the production of...
The realisation of molecular assemblies featuring specific macroscopic properties is a prime example...
Confinement-driven self-assembly of dyes in nanomatrices is an effective route for the production of...
The herein reported work describes the development of hierarchically-organized fluorescent nanomater...
We discuss artificial photonic antenna systems that are built by incorporating chromophores into one...
We are developing a luminescent solar concentrator (LSC) based on thin dye-zeolite-polymer layers. ...
Zeolites and mesoporous silica are versatile host materials for the supramolecular organization of a...
The defined pore networks of silicate-based molecular sieves are attractive for the development of h...
Artificial photonic antenna systems have been realised by incorporating organic dyes into zeolite L....
Solar energy can provide a clean, reliable, renewable source of electric power. However, the present...
Artificial photonic antenna systems have been realised by incorporating organic dyes into zeolite L....
We discuss artificial photonic antenna systems that are built by incorporating chromophores into one...
The herein reported work describes the development of hierarchically-organized fluorescent nanomater...
One-dimensional channel materials, such as zeolites and mesoporous silicas, are very attractive host...
Confinement-driven self-assembly of dyes in nanomatrices is an effective route for the production of...
Confinement-driven self-assembly of dyes in nanomatrices is an effective route for the production of...
The realisation of molecular assemblies featuring specific macroscopic properties is a prime example...
Confinement-driven self-assembly of dyes in nanomatrices is an effective route for the production of...
The herein reported work describes the development of hierarchically-organized fluorescent nanomater...
We discuss artificial photonic antenna systems that are built by incorporating chromophores into one...