The physical group is focussed on the following themes:

• development, characterisation and application of active organic nanolayers and nanolayer-composites and of functional, protective and barrier layers on substrates of polymers, ceramics and metal for generating and optimisation of effective and cost-effective surface and interface properties

• micro structuring and technologies for micro-processing of material as well as laser induced modification of polymers and contribution to 3D-MID-technologies using laser-technologies

• development of technologies for "up scaling" of developed micro techniques of polymer engineering for scientific-technical preparation of the industrial production of new polymer based field-effect transistors, integrated switching, sensors, actuators and solar cells as well as components and modules for application in information, communication and media technologies, in micro-electronics, micro-systems, medical and traffic technologies, "role-to-role"-technologies and

• characterisation of morphology and microstructures of polymer moulds, fibres, films, layers and components of polymer electronic and micro system technologies using optical and electron microscopy, comprising the confocal 3D-white light microscopy, electrical, dielectrical, optical and photometrical measuring methods, ellipsometry, infrared spectroscopy and fixed and time resolved electron spin resonance (ESR)-spectroscopy

 fields of activity

	Polymer electronics - laser ablation and laser structuring
	Polymer electronics - PFET-technologies
	Polymer solar cell
	Gel polymer solar cell
	Measurement and modification of surface energetic parameters
	Quantitative Microscopy and Coatings
	Time resolved or stationary electron spin resonance (ESR)

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