Versatile crystal growth for functional materials

31 March 2017

AMOLF researcher Wim Noorduin and fellow scientists Nadir Kaplan, Joanna Aizenberg and L. Mahadevan of Harvard University have developed a model that can be used to accurately describe and predict the formation of a broad range of exquisite three-dimensional crystal structures. This provides the basis for a new, cheap and versatile production method for the manufacture of functional materials, such as light guides for solar cells.

Image (produced with optical microscopy) of a spiral-shaped structure

The research team presents its results on March 31st in Science, an important milestone in the research. Noorduin:

"Four years ago, we were mainly enthusiastic about the versatility of the crystallisation technique. Now we also know how we can give practical relevance to it."

Read more on the AMOLF website.

AMOLF conducts fundamental physics research in the fields of nanophotonics, solar cells and biomolecular systems. AMOLF plays a leading role in initiating and developing new fields of research, with extensive potential for technological innovation.
AMOLF is part of NWO.

Source: NWO