A versatile new class of organic photochromic molecules that offers an unprecedented combination of physical properties including tunable photoswitching using visible light, excellent fatigue resistance, and large polarity changes is described. These unique features offer significant opportunities in diverse fields ranging from biosensors to targeted delivery systems while also allowing non-experts ready synthetic access to these materials
Photochromic small molecules have long been of interest for their ability to translate small changes...
The development of an easily synthesized, modular, and tunable organic photoswitch that responds to ...
Photoswitches form a general and versatile family of compounds whose properties change in response t...
A versatile new class of organic photochromic molecules that offers an unprecedented combination of ...
A versatile new class of organic photochromic molecules that offers an unprecedented combination of ...
Molecular photoswitches reversibly convert the energy of light into a variety of structural changes ...
Molecular photoswitches enable reversible external control of biological systems, nanomachines, and ...
Molecular photoswitches comprise chromophores that can be interconverted reversibly with light betwe...
International audienceMolecular photoswitches enable reversible external control of biological syste...
Molecular switches are among the most basic components of molecular devices. The switching of these ...
Molecular photoswitches enable reversible external control of biological systems, nanomachines, and ...
Interest in electronic properties of organic materials has been stimulated by emerging prospects of ...
In recent years much attention has been given to design multistate molecular components with functio...
Summary: Interactive and responsive materials are dynamic molecular systems that are capable of modu...
The thoughtful construction of molecular switches has led to a gamut of supramolecular systems that ...
Photochromic small molecules have long been of interest for their ability to translate small changes...
The development of an easily synthesized, modular, and tunable organic photoswitch that responds to ...
Photoswitches form a general and versatile family of compounds whose properties change in response t...
A versatile new class of organic photochromic molecules that offers an unprecedented combination of ...
A versatile new class of organic photochromic molecules that offers an unprecedented combination of ...
Molecular photoswitches reversibly convert the energy of light into a variety of structural changes ...
Molecular photoswitches enable reversible external control of biological systems, nanomachines, and ...
Molecular photoswitches comprise chromophores that can be interconverted reversibly with light betwe...
International audienceMolecular photoswitches enable reversible external control of biological syste...
Molecular switches are among the most basic components of molecular devices. The switching of these ...
Molecular photoswitches enable reversible external control of biological systems, nanomachines, and ...
Interest in electronic properties of organic materials has been stimulated by emerging prospects of ...
In recent years much attention has been given to design multistate molecular components with functio...
Summary: Interactive and responsive materials are dynamic molecular systems that are capable of modu...
The thoughtful construction of molecular switches has led to a gamut of supramolecular systems that ...
Photochromic small molecules have long been of interest for their ability to translate small changes...
The development of an easily synthesized, modular, and tunable organic photoswitch that responds to ...
Photoswitches form a general and versatile family of compounds whose properties change in response t...