A recent concept article gives a round-up of how nanoplasmonic technology can be employed to control optical properties by use of appropriately shaped nanostructures.
A recent concept article gives a round-up of how nanoplasmonic technology can be employed to control optical properties by use of appropriately shaped nanostructures.
Prof. Andrey Rogach, Prof. Dmitri Talapin and Dr. Elena Shevchenko look back on 10 exciting years of nanocrystal superstructures.
Chitin-silicon dioxide nanocomposite made by self-organization and sol-gel chemistry.
The sample size of nanomaterials with functional properties has been limited to just a few millimeters. This fact has limited their commercial use, so far.
Professor Rod Ruoff, nanoscience researcher at the University of Texas, on his work, his life, and how his knees got him into chemistry…
Nanospheres made of aromatic amino acids: The most rigid organic nanostructures to date.
Nanospheres made of aromatic amino acids: The most rigid organic nanostructures to date.
University of Southern Mississippi scientists imitated Mother Nature by developing a new, skinny-molecule-based material that resembles cilia, the tiny, hair-like structures through which organisms derive smell, vision, hearing and fluid flow.
As Professor Geoffrey Ozin from the University of Toronto reminisces on helping to develop a nanoscience degree program, he ponders on our need for nanoscientists.
Materials science is now well-established as an interdisciplinary field, but how was it in the early days? Professor Geoffrey Ozin recalls the challenges he faced when scientific research was still very traditionally classified–chemistry, physics, biology, engineering…