Sunita Darbe

TL;DR: A solution may be found in nature with metalloenzymes involved in hydrogen metabolism, called hydrogenases, which can be used directly in biofuel cells or serve as an inspiration to chemists for the elaboration of bio-inspired electrocatalytic materials as discussed by the authors.

TL;DR: In this paper, an integrated holographic optical element is used to split the incoming solar spectrum into four different spectral bands, each diffracted onto the appropriate subcell, and a preliminary design for this holographic spectrum splitter composed of twelve simple, commercially available holograms predicts an achievable 76.1% optical efficiency and 37.9% two-terminal module efficiency.

TL;DR: It is drawn the counterintuitive conclusion that a nonstable colloidal solution gives a smoother coating than a highly stabilized colloid solution, leading to a more transparent coating.

TL;DR: In this paper, the authors investigate the efficiency of a GaAs/Si tandem LSC as a function of luminophore absorption edge and emission wavelength for QD luminophores dispersed in an LSC waveguide with embedded, coplanar GaAs cells.

TL;DR: A spectrum-splitting design, the polyhedral specular reflector (PSR), that employs an optical architecture to divide and concentrate incident sunlight, allowing the incorporation of more junctions compared with traditional monolithic architectures is proposed.