Finally, we show how texturing of the dielectric environment can be used to realize potential-well arrays for excitons in 2D materials, which is a first step toward exciton metamaterials.

📅 Day 12 - Two Dimensional Arrays in Java Welcome to Day 12 of my DSA Fundamentals Series. In this module, I explore Two-Dimensional Arrays (2D Arrays) — a crucial concept for matrix-based problems, ...

By simply scanning the laser beam or translating the array, or a combination of both, a quantitative two–dimensional fluorescence image of hybridization intensity is quickly obtained 1,2.

Self-assembly is the process by which an organized structure spontaneously forms from individual components, as a result of specific, local interactions among the components. When the constitutive ...

Find more information on the Altmetric Attention Score and how the score is calculated. Arrays of sub-wavelength holes (nanoholes) in gold films were used as a substrate for enhanced fluorescence ...

Abstract: Two-dimensional quasi-optical power-combining arrays are designed by using strongly coupled oscillators. The oscillators are connected by a microstrip coupling line for strong coupling. Two ...

The 2D algorithm is new and is based on a stacked configuration of the enhanced 1D algorithm. Both algorithms are applied to antenna beamforming in uniform linear and planar arrays. Simulation results ...

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