Atomically thin materials, within their two-dimensional (2D) heterostructures, have become
fundamental to the advancement of quantum computing technology. These structures …

NMs, whose dimensions are below 100 nm, provide unique mechanical properties from
quantum effects, surface phenomena, and small-scale interactions that account for their …

This study introduces the concept and first demonstration of an effective molten carbonate
chemistry for Direct Air Capture (DAC). Molten carbonate electrolysis is a high-temperature …

This Special Issue on “Current Advances in Nanoelectronics, Nanosensors, and Devices”
collects cutting-edge research and comprehensive reviews in the rapidly evolving field of …

Nanomaterials have revolutionized various fields of medicine, providing innovative solutions
for drug delivery, diagnostics, vaccines, and regenerative therapies. The aim of this review is …

NMs, whose dimensions are below 100 nm, provide unique mechanical properties from
quantum effects, surface phenomena, and small-scale interactions that account for their …