Main results:
· mulicomponent polymer solutions with rheological behavior controlled by microstructure
![](images/picture_8.3_main_results1.png)
· hybrid polymer materials with variable thermal conductivity
![](images/picture_8.3_main_results2.png)
· patterned polymer surfaces obtained by clasical and original approaches for nematic alignment in flat panel devices
![](images/picture_8.3_main_results3.png)
· investigation of optical processes in polymer materials for reduced optical losses in optoelectronic devices
![](images/picture_8.3_main_results4.png)
· polymer/metal structures with enhanced spreading/adhesion at the interface for reliable electronic components
![](images/picture_8.3_main_results5.png)
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