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Unusual Higher-Indexed Moiré Patterns Observed

Highly crystalline 2H phase of MoTe2 growth on graphene was achieved via molecular beam epitaxy by altering the conditions.

26 Jul 2022

What Influences Long-Wavelength Moiré Superlattice Morphology?

The evolution in the morphology and its consequent modulation in the electronic band was studied in long-wavelength WS2 moiré superlattice under the combined effects of extrinsic heterostrain and intrinsic lattice reconstruction.

22 Jul 2022

Expanding Catalyst Family for Electrocatalytic Reduction of CO2

A new kind of 2D nanoscale catalyst was developed by mounting clusters of copper on defective diamond graphene.

21 Jul 2022

At the Water’s Edge: Self-Assembling 2D Materials at a Liquid–Liquid Interface

Molecular 2D materials find immense applications in materials science, owing to their wide structural variety and easy controllability.

21 Jul 2022

Future of Graphene and MXenes in Flexible Electronics Compared

A new review paper sheds some light on the significant features of conductive inks and two-dimensional (2D) materials, specifically graphene and MXenes.

20 Jul 2022

Deep Learning Takes 2D Material Microscopy Images Further

Microscopic images of 2D materials were processed via three deep-learning architectures for classification, segmentation, and detection.

19 Jul 2022

Compositing with V2C MXene Nanosheets Enhances LIB Si Anode

A structural integration approach was reported in a new study to overcome the main problems of inadequate capacity retention and sluggish kinetics during lithium (Li) storage in silicon anodes.

12 Jul 2022

Chemists Devise Quick ‘Flashing’ Process to Create 2D Nanomaterials

Boron nitride, recognized for its thermal and chemical durability, has attracted the interest of Rice University researchers who “flash” materials to create compounds like graphene.

12 Jul 2022

“Family” of Strong, Superconducting Graphene Structures Found

Superconductivity seems to run in the family as far as graphene is concerned.

11 Jul 2022

Single-Step, Lithography-Free Synthesis of High-Density Nanoribbon Arrays

New research presents a single-step, lithography-free fabrication technique for producing high-density MoTe2 nanoribbon arrays on a standard SiO2/Si platform directly, without the need for specifically stepped substrates or post-processing methods.

6 Jul 2022