Solar cells from III-V materials offer outstanding light conversion efficiency and power
densities and have a proven reliability record. Nevertheless, the utilization of III-V devices …

Germanium is listed as a critical raw material, and for environmental and economic
sustainability reasons, strategies for lower consumption must be implemented. A promising …

III-V semiconductor materials for high-efficiency multi-junction solar cells are often grown on
germanium (Ge) substrates. However, apart from being considered as a rare element, Ge …

In this report, we describe a unique roll-to-roll plasma-enhanced chemical vapor deposition
(R2R-PECVD) technique to grow high-quality single-crystalline-like Ge films on flexible …

Large area, crack-free Ga In P∕ Ga As double junction solar cells were grown by metal
organic chemical vapor deposition on Ge∕ Si templates fabricated using wafer bonding and …

Ultrathin Ge single‐junction (1J) solar cells transferred onto a flexible substrate are
envisioned to open up a novel lattice‐matched thin‐film InGaP/(In) GaAs/Ge tandem solar …

Mechanically stacked III–V-on-Si (III–V//Si) tandem solar cells have demonstrated
efficiencies beyond what can theoretically be achieved by single junction Si solar cells, but …

We have successfully used hydrophobic direct-wafer bonding, along with H-induced layer
splitting of Ge, to transfer 700-nm-thick, single-crystal Ge (100) films to Si (100) substrates …

Integrating III-Vs onto Si is a promising route toward tandem photovoltaics and cost
mitigation of III-V substrates. While many III-V/Si photovoltaic integration approaches have …

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 …