Simulations reveal that fluorinated MPA-BT-CA self-assembled monolayers balance interfacial passivation and charge transport, achieving a modeled 20.25 percent efficiency in ...
Researchers have developed an adaptive radio frequency rectifier utilizing decision tree impedance tuning that delivers a 17.5 percent improvement in ...
A synergistic additive strategy using formamidinium thiocyanate and rubidium thiocyanate enables scalable slot-die coating of durable, high-efficiency methylammonium-free perovskite solar ...
A theoretical study using SCAPS-1D modeling shows that lead-free Cs2CuSbBr6 solar cells can reach 28.18% efficiency when defect densities and ...
A drift–diffusion modeling study finds that trap-assisted SRH recombination mainly cuts the short-circuit current of organic solar cells while mostly ...
A simulation study finds that pairing serrated textures at the front interface and back electrode of all-perovskite tandem solar cells ...
A computational study designed three P3CPenT-based donor–acceptor molecules whose calculated energy gaps, visible-light absorption and theoretical efficiency descriptors outperform the ...
A PRISMA-guided review of 105 studies argues that moisture-driven degradation, not efficiency, is the key barrier facing perovskite solar cells ...
A precursor linkage strategy using acetate anions enabled single-phase Cu(In,Ga)Se2 films and solar cells with 18.53% champion efficiency.
An AI-guided framework identified a readily synthesizable self-assembled monolayer that delivers 27.2% efficiency and retains over 95% of initial efficiency ...
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