Solar cells employing quantum wells can enhance the light absorption but suffer from the
difficulty in photocarrier extraction. Here, we analyzed the spectral response and the …

Ultrathin solar cells are efficient and captivating devices with unique technological and
scientific features in terms of minimal material consumption, fast fabrication processes, and …

Understanding of transport dynamics of both electrons and holes in quantum-structure solar
cells is essential for their structure design and performance enhancement. By applying our …

Material quality is a critical factor which determines the performance, particularly the open-
circuit voltage, of multiple quantum well (MQW) solar cells. In this study, we report an …

We studied time-resolved photocarrier transport through InAs/GaAs quantum dot superlattice
(QDSL) solar cells (SCs) using time-of-flight spectroscopy with an optical probe QD structure …

Wire on well (WoW) structure, which is formed on a vicinal substrate, has been under
consideration for a bandgap adjustor of multijunction cells. The photocurrent of a single …

Multiple quantum well (MQW) solar cells have been explored as one promising next-
generation solar cells toward high conversion efficiency. However, the dynamics of …

To improve the superlattice (SL) solar cell performance, we carried out an accurate
estimation of transition energies and miniband widths and focused on understanding of the …

Multiple Quantum wells (MQWs) have been studied as one promising material for high-
efficiency nextgeneration solar cells. However, a portion of photo-excited carriers recombine …

We investigated photoexcited carrier transition in Wire-on-Well (WoW) structures using
photoluminescence and photoreflectance measurements. The observed low-temperature …