Researchers from CER have successfully trapped visible light into graphene
The “Forefront” research group at the Centre for Energy Research of the Eötvös Loránd Research Network, led by Levente Tapasztó, has realized for the first time graphene plasmons in the visible frequency range, using nanoengineered graphene structures. The results have been published in the prestigious Nature Nanotechnology journal. As a first application of visible-frequency graphene plasmons, the researchers were able to demonstrate the optical detection of specific molecules with three orders of magnitude higher sensitivity …