Although high‐resolution methods such as photolithography allow for organic semiconductor patterning, they are often limited by their high complexity. Here, the authors report a versatile “molecular gate”‐based method for micro‐patterning organic semiconductor films
We report the simple, low-cost, and parallel fabrication of patterned organic-inorganic thin-film tr...
Photolithography’s accuracy and scalability has made it the method for sub-micron-scale definition o...
This work addresses two substantial problems of organic electronic devices: the controllability and ...
The realization of organic electronic technologies requires the availability of patterning technique...
Patterning organic semiconductors via traditional solution-based microfabrication techniques is prec...
Organic electronics is a newly developed field that promises inexpensive, mechanically-flexible, lar...
This thesis is concerned with micro/nano fabrication of polymer materials for organic thin film tran...
Photolithography has been a major enabling tool for miniaturisation of silicon devices that underpin...
The use of organic compounds as active materials in electronic and optoelectronic devices opens the ...
We implemented and developed a number of different mechanical patterning methods, including soft hot...
The concept of chemical orthogonality has long been practiced in the field of inorganic semiconducto...
The emergence of organic semiconductors is exciting since it promises to open up for straightforward...
We report a flexible method for the patterning of organic semiconductors in the submicrometer range,...
Demand for inexpensive electronic devices has driven interest in organic semiconductors that can be ...
A blend of organic semiconductors and photocrosslinkable insulating polymers was photolithographical...
We report the simple, low-cost, and parallel fabrication of patterned organic-inorganic thin-film tr...
Photolithography’s accuracy and scalability has made it the method for sub-micron-scale definition o...
This work addresses two substantial problems of organic electronic devices: the controllability and ...
The realization of organic electronic technologies requires the availability of patterning technique...
Patterning organic semiconductors via traditional solution-based microfabrication techniques is prec...
Organic electronics is a newly developed field that promises inexpensive, mechanically-flexible, lar...
This thesis is concerned with micro/nano fabrication of polymer materials for organic thin film tran...
Photolithography has been a major enabling tool for miniaturisation of silicon devices that underpin...
The use of organic compounds as active materials in electronic and optoelectronic devices opens the ...
We implemented and developed a number of different mechanical patterning methods, including soft hot...
The concept of chemical orthogonality has long been practiced in the field of inorganic semiconducto...
The emergence of organic semiconductors is exciting since it promises to open up for straightforward...
We report a flexible method for the patterning of organic semiconductors in the submicrometer range,...
Demand for inexpensive electronic devices has driven interest in organic semiconductors that can be ...
A blend of organic semiconductors and photocrosslinkable insulating polymers was photolithographical...
We report the simple, low-cost, and parallel fabrication of patterned organic-inorganic thin-film tr...
Photolithography’s accuracy and scalability has made it the method for sub-micron-scale definition o...
This work addresses two substantial problems of organic electronic devices: the controllability and ...