Ultra-narrow metallic armchair graphene nanoribbons
Amina's paper on ultra-narrow metallic armchair graphene nanoribbons out in Nature Communications
We report on the narrowest possible armchair graphene nanoribbon belonging to the metallic family (铿乿e carbon atoms wide) and the evolution of the electronic bandgap and orbital structure of GNR segments as a function of their length using low-temperature scanning tunnelling microscopy and density-functional theory calculations. The paper is out in .
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ACRIS service restored
The ACRIS research information management system is now open following the planned service break on 13鈥20 April 2026.
Science must have a voice in society 鈥 but how?
Trust in science has fallen in Finland by almost ten percentage points in two years
Meet our startup: Proteins.1 aims for a breakthrough in early disease detection
Biotechnology startup Proteins.1 is developing a technology that could enable the detection of diseases such as cancer months, or even years, earlier than is currently possible. The key lies in identifying individual proteins from a blood sample.