Tag: Two-dimensional materials

Researchers at South Korea's Institute for Basic Science chemically converted a single tungsten diselenide crystal into a complete high-performance transistor, ...

Researchers have exfoliated a van der Waals kagome crystal family down to the monolayer limit, revealing a gate-tunable, isolated flat ...

Researchers have created graphene films with record strength, toughness and 5 percent elastic strain by assembling folded flakes into an ...

Researchers have shown that gate voltages can slide graphene's atomic layers between stacking configurations, reversibly switching a ferromagnetic phase on ...

Researchers at UC Santa Barbara have developed a cryogenic shock exfoliation method that produces giant, ultraclean rhombohedral graphene flakes, clearing ...

First-principles calculations predict that a new silicene-like strontium sulfide nanosheet is stable and tunable, and that adsorbing a single vanadium ...

Researchers at Jilin Normal University show that precisely timed microwave irradiation can generate MXene quantum dots on a vanadium carbide ...

Researchers at the University of Illinois Urbana-Champaign and the National Energy Technology Laboratory showed that coal-derived carbon nanodots enable the ...

Researchers have developed an etching-flux technique that forces single-crystal 2D semiconductors to nucleate deterministically at pattern centres, enabling high-mobility transistors ...

Researchers have created a flexible memristor based on hexagonal boron nitride whose synaptic strength is programmed directly by bending, mimicking ...

First-principles calculations reveal that a new boron-carbon-nitride monolayer remains stable under wide tensile strain while its bandgap, light absorption, and ...

Researchers in China have grown a nanoflower-like FeOOH/MXene composite by electrodeposition that delivers high areal capacitance and long cycling stability ...

Fluorescent defects in atomically thin hexagonal boron nitride can detect and identify individual ions in liquids through spectral shifts, enabling ...

Researchers at the University of Osaka have directly observed a heavy-fermion state forming at the interface between a one-atom-thick ytterbium-copper ...

A new density functional theory study identifies silicon-substituted titanium, zirconium, and hafnium selenide monolayers as stable, metallic, fast-diffusing anode candidates ...

Researchers found that HTaWO6 nanosheets spontaneously roll into nanotubes, slashing conductivity anisotropy and enabling record out-of-plane proton conduction and strong ...

In a groundbreaking study published in Ionics, researchers Y.W. Li and K.G. Zhou have unveiled the remarkable efficiencies of two-dimensional ...