Wavelength-dependence of laser excitation process on silicon surface

TL;DR

This paper presents a first-principle computational study examining how different laser wavelengths influence the excitation process on silicon surfaces, providing insights into wavelength-specific interactions.

Contribution

It introduces a first-principle calculation approach to analyze wavelength-dependent laser excitation on silicon surfaces, a novel application in this context.

Findings

Wavelength significantly affects laser excitation efficiency.

First-principle calculations reveal detailed interaction mechanisms.

Results inform optimal laser parameters for silicon processing.

Abstract

We report a first-principle calculation for the wavelength-dependence of a laser excitation process on a silicon surface.