C h e m i c a l   R e s e a r c h

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Chemical Research Support

Atomic force microscopy is best known for its powerful imaging capabilities.

The Organic Synthesis Unit carried out the syntheses of caged functionalized polymers used by Prof.

Controlling the morphology of crystalline materials is challenging, as crystals have a strong tendency toward thermodynamically

 AFM can be used for probing electrical properties of materials, including:

The capability to perform an in-situ mechanical test under an electron microscope is important to understand the deformation me

Low-dose approaches to high-resolution microscopy are pursued in a number of projects with research groups at the WIS; these ac

Aligned growth of planar semiconductor nanowires (NWs) on crystalline substrates h

The Organic Synthesis Unit carried out the synthesis of polymers of various molecular weights, used by Prof.

The Organic Synthesis Unit carried out the syntheses of a variety of molecules containing different spin labels (e.g., Gadolini

The ability to detect localized forces over a large dynamic range allows access to phenomena as fine as breaking of a single bo