Adding antioxidants can push the resolution limit of polymer electron microscopy to reveal a structure smaller in scale (blue) compared to the structure previously observed
Credit: SUSU Molecularly imprinted polymers, which have been created with the participation of a SUSU scientist, have become a base for a unique sensor that
Xolography 3D printing technology. a, Rendered illustration of the printing zone and associated photoinduced reaction pathways of the DCPI. b, Absorbance spectrum of DCPI in
Yale University PhD student Kristof Toth (pictured above) with the electrospray deposition tool he designed, built, and validated in collaboration with staff scientist Gregory Doerk
