Electron-phonon coupling effect on the optical absorption of gated β12-borophene

This study addresses the effect of electron-phonon coupling (EPC) on the electro-optical properties of gated beta(12)-borophene. The focus is on how EPC influences the orbital hybridization of boron atoms, particularly within the Bari & sacute;ic-Labbe-Friedel-Su-Schrieffer-Heeger framework, and considers the role of gate electrodes in this process. The results reveal a redshift in the optical spectrum only when there is positive feedback from one electrode on EPC. In other configurations, except for the y-direction, a blueshift spectrum is observed. The study emphasizes the importance of tuning these spectral shifts for maximizing the performance of solar cells in converting sunlight into usable energy.