Solar cells rely on the efficient generation of electrons and holes and the subsequent
collection of these photoexcited charge carriers at spatially separated electrodes. High wafer …

In the last few years, carrier selective contacts have emerged as a means to reduce the
complexities and losses associated with conventional doped pn junction solar cells. Still, this …

Carrier-selective contacts based on thin oxides of nickel and titanium are computationally
investigated for heterojunction silicon solar cells. Replacing the standard amorphous/c-Si …

Heterojunction solar cells with transition-metal–oxide-based carrier-selective contacts have
been gaining considerable research interest owing to their amenability to low-cost …

Metal-oxide/silicon carrier-selective heterojunctions may be a low-cost high-efficiency
alternative to conventional silicon solar cells. Here, a passivated Si/cuprous oxide (Cu 2 O) …

Carrier-selective contacts have emerged as a promising architecture for solar cell
fabrication. In this report, the first hole-selective III–V semiconductor solar cell is …

A basic but comprehensive theory and terminology that applies to all different types of
contacts in silicon solar cells has, thus far, been elusive. In this paper, we show that, while …

This paper aims to check the TMOs (transition metal oxides) influence on the front side
passivation of c-Si PERC solar cells. This simulation work compares three different …

Problems with doping in nanoscale devices or low temperature applications are widely
known. Our approach to replace the degenerate doping in source/drain (S/D)-contacts is …

Silicon heterojunction solar cells having semiconducting oxide-selective contacts can
revolutionize the photovoltaic industry with the promise of low cost and high efficiency. In this …