Already now the areas of molecular electronics, sensor applications, surface catalysis and organic photovoltaics can profit from our model. Its ability to predict structures formed by self-organization allows optimization of molecular ...
Already now the areas of molecular electronics, sensor applications, surface catalysis and organic photovoltaics can profit from our model. Its ability to predict structures formed by self-organization allows optimization of molecular ...
When molecules leave tire tracksWebnewswire.comAlready now the areas of molecular electronics, sensor applications, surface catalysis and organic photovoltaics can profit from our model. ...
A New Approach To Optimizing Molecular Self-Organization
Main Category: Biology / Biochemistry Also Included In: IT / Internet /...First shared by mnt_biology
Already now the areas of molecular electronics, sensor applications, surface catalysis and organic photovoltaics can profit from our model. Its ability to predict structures formed by self-organization allows optimization of molecular ...
Physicists of Ludwig-Maximilians-Universitaet in Munich, Germany, have now... thus allows optimization of the molecular synthesis in the future.First shared by physorg_physics
Some classes of molecules are capable of arranging themselves in specific patterns on surfaces. This ability to self-organize is crucial for many technological applications, which are dependend on the assembly of ordered structures on surfaces. However, it has so far been virtually impossible to pre ...
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