The magazine MAQ September 2018 MAQ Magazine November 2018 - Page 317

Source: UNIVERSITY OF NEBRASKA–LINCOLN

Nature Communications / Springer Nature

This rendering shows gas molecules widening the gaps between rows of the team's graphene nano-ribbons. Nebraska's Alexander Sinitskii and his colleagues have proposed that this phenomenon partly explains how the nano-ribbons grant sensors an unprecedented boost in sensitivity.

MAQ/November 2018 / 07