Nano-scale engineering for optoelectronic properties of silicon has shown its suitability in
the modern era of Photovoltaic. The major focus is on Silicon quantum dots (Si QDs) which …

The application of resistive random-access memory (RRAM) in storage and neuromorphic
computing has attracted widespread attention. Benefitting from the quantum effect, transition …

This paper deals with the engineering of the hetero-interface between intrinsic amorphous
silicon (ia-Si: H) layer and the n-type crystalline silicon (c-Si) wafer during the fabrication of …

Abstract Effects of boron and phosphorus do** on the structural, electrical, and optical
properties of silicon nanocrystals in superlattice thin films were investigated. Silicon …

The current trend of research in the area of third-generation photovoltaics is to increase the
efficiency of solar cell device adopting alternate and novel ways such as use of quantum …

Abstracts This study aims to design a novel triple-junction solar cell consisting a
monolithically interconnected silicon (Si) bottom cell, quantum dots (QDs) based middle cell …

The low density of silicon quantum dots (Si QDs) in a dielectric matrix is one of the plausible
reasons for the low power conversion efficiency (PCE) of Si QD solar cells due to large …

In the present theoretical work we have considered impurities, either boron or phosphorous,
located at different substitutional sites in silicon quantum dots (Si-QDs) with diameters …

Over the last few years silicon quantum dots (Si QDs) have come under intensive research
because of their interesting physical properties and their potential use in future electronic …

We report two orders of magnitude stronger absorption in silicon nanorods relative to bulk in
a wide energy range. The local field enhancement and dipole matrix element contributions …