Forced to run a labyrinth of carbon atoms uniquely arranged in twisted stacks, electrons do some rather peculiar things.

Why do cold thin sheets of carbon offer no resistance to electric currents ... One group measured kinetic inductance for two ...

Researchers discovered new quantum states in twisted graphene layers, paving the way for energy-efficient electronics and ...

This study reveals advancements in THz nonlinear optics with graphene, achieving substantial gains in harmonic generation for ...

Graphene, a single layer of carbon atoms arranged in a two-dimensional ... are known to arise when graphene atomic layers are stacked and twisted with precision to produce "ABC stacking domains." ...

Zigzag scientists: NUS researchers Lu Jiong (centre), Song Shaotang (right) and PhD student Teng Yu (left) were part of the multidisciplinary research team that developed the Janus graphene ...

“Although a wide range of [superconductor] correlated phenomena have indeed been observed in the moiré TMDs, robust demonstration of superconductivity has remained absent,” the researchers said in a ...

a system created by introducing a precise rotational twist between stacked two-dimensional materials. "The starting point for this work is two flakes of graphene, which are made up of carbon atoms ...

By twisting layers of graphene, researchers discovered a unique electronic crystal where electrons freeze in place yet allow ...

However, the platelets in such expanded graphites are roughly 50 nm thick and contain hundreds of stacked ... of a graphene sheet that has been chemically modified by hydrogenating the carbon ...

The stacked form of graphene is graphite ... and spintronic features which can be tuned by replacing carbon via heteroatom-doping. Here the authors extend the concept of heteroatom nanographene ...

The surface of graphene, a one atom thick sheet of carbon, can be randomly decorated with oxygen to create graphene oxide ... This contrasting property is due to the structure of graphene oxide films ...