Global Intelligence Database
Scientists have figured out exactly how tiny nanomaterials called carbon dots transfer electrons. By packing their surfaces with paired chemical 'arms', researchers can create highly efficient, customisable catalysts for chemistry and biology.
By Morbiato L, Sbacchi M, Dosso J, Pengo P, Gobbo P, Filippini G, Prato M.
Researchers have demonstrated the ability to print solid, complex microstructures inside live cells using two-photon polymerisation. This technique enables the insertion of functional components, such as tracking barcodes and microlasers, directly into the cytosol.
By Mur, Kavčič, Jagodič, Podlipec, Humar
Scientists are unlocking the secrets of 'inherently chiral macrocycles', unique ring-shaped molecules that lose their handedness if broken. Previously too difficult to synthesise, new methods are finally allowing researchers to exploit their potential for advanced materials and catalysis.
By Tong