Most present-day semiconductor devices use inorganic crystalline materials, with single-
crystalline silicon dominating other materials like GaAs by about a factor of 1000. Despite …

Tandem solar cells based on crystalline silicon present a practical route toward low-cost
cells with efficiencies above 30%. Here, we evaluate a dual-junction tandem configuration …

The enhancement of the fill factor in the current generation of perovskite solar cells is the key
for further efficiency improvement. Thus, methods to quantify the fill factor losses are urgently …

We realize p-and n-type doping of the organic semiconductor zinc-phthalocyanine using a
novel strong organic donor. This allows us to demonstrate the first stable and reproducible …

The rapid advancement of thin-film photovoltaic (PV) technology increases the real
possibility of large-area Si-based tandems reaching 30% efficiency, although light in these …

We review the methods used to simulate the optoelectronic response of organic solar cells
and focus on the application of one-dimensional drift-diffusion simulations. We discuss how …

Extremely thin absorber (ETA) solar cells based on inorganic semiconductors are
theoretically analyzed by a model that considers the absorber as being a pin junction, with …

We have proposed a solar cell structure that could utilize sub-bandgap photons along with
the usual above bandgap energy photons. This device configuration could achieve …

Computational analysis of triple absorber‐based solar cell structure is undertaken. This
solar cell device configuration allows better utilization of the incident solar spectrum. Three …

A three-terminal thermoelectric device based on ap–i–n semiconductor junction is proposed,
where the intrinsic region is mounted onto what is typically a bosonic thermal terminal …