Demonstrates improved charge transport in graphene nanoribbons, indicating potential for molecular electronics.
. Electrical measurements show that these devices retain their intrinsic charge transport capability at room temperature. Variable-temperature transport measurements reveal a transition from thermally activated conduction to vibration-assisted coherent quantum tunneling as temperature decreases. This work offers a generalizable strategy to overcome GNR processability challenges, paving the way for their applications in molecular electronics.
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Chen et al. (2026) studied this question.
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