A few years ago, crucial graphene oxide (GO) features such as the carbon/oxygen ratio,
number of layers, and lateral size were scarcely investigated and, thus, their impact on the …

Abstract Two-dimensional (2D) materials such as graphene and molybdenum disulfide et al.
offer significant new prospects for electronics, optics, and biosensing applications due to …

Self‐assembly of 3D structures presents an attractive and scalable route to realize
reconfigurable and functionally capable mesoscale devices without human intervention. A …

Self‐folding broadly refers to the assembly of 3D structures by bending, curving, and folding
without the need for manual or mechanized intervention. Self‐folding is scientifically …

The efficient removal of mercury from aqueous media remains a severe challenge in
ensuring environmental safety, especially for low-concentration mercury, which requires …

The ability to transform two-dimensional (2D) materials into a three-dimensional (3D)
structure while preserving their unique inherent properties might offer great enticing …

Macroscopic porous graphene materials composed of graphene sheets have demonstrated
their advantageous aspects in diverse application areas. It is essential to maximize their …

This work applies a higher order thickness-stretched model for the electro-elastic analysis of
the composite graphene origami reinforced square plate sandwiched by the piezoelectric …

The limited spatial coverage of the plasmon enhanced near-field in 2D graphene ribbons
presents a major hurdle in practical applications. In this study, diverse self-assembled 3D …

A vast majority of existing sub‐millimeter‐scale sensors have a planar, 2D geometry as a
result of conventional top‐down lithographic procedures. However, 2D sensors often suffer …