Can soft organic materials be used in optoelectronics?

The use of soft organic materials in optoelectronics should make the technology compatible with living organisms and flexible systems 1. Several innovative applications have been reported, including stretchable displays, wearable devices and artificial vision systems 2.

What is the out-of-plane photocurrent response in vertical photovoltaic devices?

The out-of-plane photocurrent response in vertical photovoltaic devices exhibits ∼10% difference upon right and left circularly polarized light (CPL) excitation, which originates from selective spin transport through the chiral multilayers.

Are photoelectric performance and device miniaturization a problem in organic optoelectronics?

However, the trade-off between photoelectric performance and device miniaturization is one of the main challenges in organic optoelectronics.

What is the I V response of a spin based photovoltaic device?

The I–V responses of ( R / S/rac -MBA) 2 PbI 4 -based photovoltaic devices were measured using circularly polarized 486 nm laser light illumination with an intensity of 20 mW/cm 2 at 7 K for all measurements. Figure 2. Structure and I – V responses of the spin PV devices.

What is a core-shell photovoltaic cell based on perovskite quantum dots?

Their devices use nanoscale core–shell structures based on perovskite materials to produce high responsivity and resolution. Core–shell photovoltaic nanoscale cells based on perovskite quantum dots (PQD nanocells) are essential to the high performance obtained here (Fig. 1a).