To effectively relate structure and function, nanocarbon scientists must first obtain structurally uniform nanocarbons—ideally as single molecules.
Researchers demonstrated the effectiveness of a novel fabrication method based on viral nano-building blocks to fabricate unconventional nano-metamaterials.
New research reports an easy method to convert lignin directly into carbon foam materials.
The development of a 3D nanoprinting platform that allows the printing of polymer materials with remarkable control and nanometer spatial accuracy is the subject of a new study.
A straightforward pre-deposition assisted method for inkjet printing of a flexible graphene-based pressure sensors is suggested in new research.
An article published recently in the journal ACS Nano describes a high-output approach for producing large-area matrices of triangular nanogaps. The nanogap matrices serve as highly effective SERS platforms.
Droplet manipulation has vital applications in domains such as water harvesting, heat management, and chemical reactions.
Scientists from the Department of Energy's Pacific Northwest National Laboratory (PNNL) and the University of Washington (UW) have been successful in engineering a nature-inspired molecule that can guide gold atoms to form faultless nanoscale stars.
Researchers demonstrated the feasibility of using deep learning to simulate the post-fabrication appearance of nano/microstructures fabricated by focused ion beam milling in the 2D projection of a scanning electron microscope image.
Researchers review the development, underlying mechanisms, and applications of flexible polymer nanocomposite fabricated through laser integration of graphene.