A better understanding of thin film materials is crucial for developing the next generation photovoltaics and solar fuels.
The Energy Materials In-Situ Laboratory EMIL helps scientists to prepare, deposit an characterise their thin film materials in one ultra high vacuum systhem.
The Laboratory, jointly operated by HZB Berlin and the Max Planck Society, is directly attached to the Bessy II syncrotron witch provides specific xrays to the varios analytc stations.
The Energy Materials In-Situ Laboratory EMIL helps scientists to prepare, deposit an characterise their thin film materials in one ultra high vacuum systhem.
The Laboratory, jointly operated by HZB Berlin and the Max Planck Society, is directly attached to the Bessy II syncrotron witch provides specific xrays to the varios analytc stations.
Credits:
Art Direction & Visual Concept: Leo Dziallas, Christian T. Remiger
2D, 3D & Animation: Leo Dziallas
Author: Kerstin Hoppenhaus
Music/Sound: Andreas Fuchs
2D, 3D & Animation: Leo Dziallas
Author: Kerstin Hoppenhaus
Music/Sound: Andreas Fuchs
Agency/Production: Hoppenhaus & Grunze Medienproduktion
Client: Helmholtz Zentrum Berlin
Client: Helmholtz Zentrum Berlin
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