The emission of polymer distributed feedback lasers can be tuned by integrating nonlinear optical organic molecules.
The emission of polymer distributed feedback lasers can be tuned by integrating nonlinear optical organic molecules.
The plasmonic behavior of touching semiconductor disks shows a highly efficient broadband response in the terahertz regime as predicted by theoretical studies.
As the applications of nanotechnology grow more sophisticated, the controlled deposition of exceedingly thin layers of materials becomes of ever growing importance. A well-known technique called atomic layer deposition (ALD) can meet this challenge quite well for the...
Scientists present unique crumpled nitrogen-doped graphene nanosheets as supercapacitor materials for energy-storage.
Magnetic shape memory alloys are a promising material for actuation purposes. Researchers show advantages and disadvantages and highlight their potential.
Aerographite continues to dominate the Advanced Materials top 40 as it goes into its record-breaking 3rd week at number 1.
Researchers develop a graphene metrology technique that paves the way for widespread industrial applications.
Researchers show that solid polymer electrolytes can be used as the gating insulator for printed electronics, contrary to accepted thinking.
Researchers at Rutgers University have developed a method to generate an entire library of safe quantum dots quickly and efficiently.
Rodney Ruoff and co-workers demonstrate the potential of graphene sponges as recyclable absorbents for cleaning up oil spills.