U-M study finds new approach creating 3D helical nanostructures
Researchers at the University of Michigan recently formulated a new method of creating 3D helical nanostructures.
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Researchers at the University of Michigan recently formulated a new method of creating 3D helical nanostructures.
To bring nature's efficiency and flexibility to advanced materials and additive manufacturing, the University of Michigan will lead an international team of scientists, engineers and educators in a five-year, $30 million center funded by the National Science Foundation.
Biological sciences is a broad field of study encompassing many areas, including chiral structures such as DNA. Chirality is a mathematical notion that explains a structure's geometrical quality.
With antibiotic-resistant infections on the rise and a continually morphing pandemic virus, it's easy to see why researchers want to be able to design engineered nanoparticles that can shut down these infections. A new machine learning model that predicts interactions between nanoparticles and pr
Https://youtu.be/0qHlH1I66o8 It's not easy to be sure that drugs and supplements with twisted—or chiral—structures are turning in the correct direction. Now, twirling infrared light can probe both the structures of molecular crystals and their twists, research led by the University of Michigan ha