Tag: transition metal dichalcogenides

Scanning tunnelling luminescence resolves exciton emission from single atomic defects in monolayer MoS2, identifying carbon–hydrogen complexes as the source of ...

WS2 waveguide microcavities generate spin-polarized exciton–polariton currents that travel over 90 micrometers at room temperature through a non-resonantly pumped optical ...

A Journal of Materials Science review surveys graphene, TMDs and black phosphorus for optoelectronics, covering synthesis, tunable optical properties and ...

First-principles calculations predict that monolayer FeCoCl2, FeCoBr2, FeVSe2, and FeVTe2 are stable half-metals with magnetic ordering temperatures up to 550 ...

A new review highlights how graphene, MXene, and TMD-based flexible sensors are enabling real-time wearable detection of volatile organic compounds ...

A comprehensive review details how defect engineering, phase control, and multicomponent design turn transition metal dichalcogenides into broadband electromagnetic wave ...

A new review in Opto-Electronic Manufacturing details how laser-induced phase transitions can precisely reprogram two-dimensional materials for next-generation electronic and ...

Researchers have shown that nonlinear circular dichroism in second-harmonic generation is directly proportional to the local Berry curvature, enabling an ...

Researchers have shown that solution-processed niobium carbide MXene electrodes deliver cleaner, lower-resistance contacts than platinum or gold for p-type 2D ...

Researchers have synthesized quaternary (RuMoVNb)Se2 alloy nanosheets that achieve near-platinum hydrogen evolution performance across the full pH range by combining ...