Self-driven broadband photodetectors (PDs) with low-power consumption have great
potential applications in the wide range of next-generation optoelectronic devices. In this …

Metal nanoclusters with aggregation‐induced emission (AIE) characteristics are potential
nanomaterial candidates for a wide array of advanced optical applications. In this study, a …

Out of the quest to decipher the nature of self-assembly and the underlying thermodynamics
for the formation of nucleobase quartets on two-dimensional (2D) materials, molecular …

In this work we experimentally show the formation of a planarly-arranged guanine multilayer
on a pyrolytic graphite surface, which was predicted by theoretical calculations at the ideal …

Molecular self-assembly of cytosine (C n) bases on graphene was investigated using
molecular dynamics methods. For free-standing C n bases, simulation conditions (gas …

A systematic understanding of the self-assembly of DNA nucleobases is essential for
biomolecular recognition on surfaces of novel 2D materials. Using atomistic molecular …

This study presents a cancer diagnostics method through the development of a graphitic
carbon nitride (gC 3 N 4)-based electrochemical sensor for detecting circulating tumor cells …

In recent years, graphene has attracted attention from researchers as an atomistically thin
solid state material for the study on the self-assembly of nucleobases. Non-covalent …

Nucleobases have attracted significant attention from the scientific community as a viable
candidate for the formation of supramolecular assemblies. Significant research interest has …

The ability to use RNA/DNA nucleotides as colloidal stabilizers for graphene would be an
important asset, as a close graphene-nucleotide association would facilitate access to …