Significant improvement in the power conversion efficiency (PCE) of organic solar cells
(OSCs) is achieved by developing novel donor and acceptor materials, optimizing the phase …

Organic solar cells based on semiconducting polymers and small molecules have attracted
considerable attention in the last two decades. Moreover, the power conversion efficiencies …

Large‐scale fabrication of organic solar cells requires an active layer with high thickness
tolerability and the use of environment‐friendly solvents. Thick films with high‐performance …

High‐efficiency small‐molecule‐based organic photovoltaics (SM‐OPVs) using two electron
donors (p‐DTS (FBTTh2) 2 and ZnP) with distinctively different absorption and structural …

Organic solar cells hold promise of providing low‐cost, renewable power generation, with
current devices providing up to 13% power conversion efficiency. The rational design of …

A new molecularly engineered nonfullerene acceptor, 2, 2′‐(5, 5′‐(9, 9‐didecyl‐9H‐
fluorene‐2, 7‐diyl) bis (benzo [c][1, 2, 5] thiadiazole‐7, 4‐diyl) bis (methanylylidene)) bis (3 …

Interfacial engineering using metal oxides, organic surface modifiers and other materials
can effectively enhance the performance of conventional and inverted organic solar cells by …

Organic photovoltaic materials have the potential to revolutionize the solar energy industry
as they are compatible with printing technologies that produce thin, flexible solar cells. In …

Three acceptor-π-donor-π-acceptor (A-π-D-π-A) small molecules (STFYT, STFRDN, and
STFRCN) with spiro [cyclopenta [1, 2-b: 5, 4-b′] dithiophene-4, 9′-fluorene](STF) as the …

Here we present for the first time polymer solar cells that incorporate biological material that
show state of the art efficiencies in excess of 8%. The performance of inverted polymer solar …