Organic solar cells (OSCs) have developed progressively in efficiency over the last two
decades. Though it is promising, this technology is still far from realizing its full prospect …

Considerable research and development means have been focused in the past decade on
organic semiconductor thin films and devices with applications to full color displays, flexible …

We simulate organic bulk heterojunction solar cells. The effects of energetic disorder are
incorporated through a Gaussian or exponential model of density of states. Analytical …

Open-circuit voltage (VOC) is the maximum voltage a solar cell can provide to an external
circuit, which is derived from the splitting of hole and electron quasi-Fermi levels. In …

It is now well recognized that electronic circuits based on the von Neuman paradigm are
unable to catch the behavior of the complex, real-world environment, as can biological …

The current-voltage characteristics of organic heterojunctions (HJs) are often modeled using
the generalized Shockley equation derived for inorganic diodes. However, since this …

Characterizing the density of states (DOS) width accurately is critical in understanding the
charge‐transport properties of organic semiconducting materials as broader DOS …

In this review, we discuss recent advances in our understanding of charge transport and
exciton generation in disordered organic semiconductors with a Gaussian DOS, with a focus …

We suggest a recipe on how to determine the density of states (DOS) in disordered organic
semiconductors from the measured dependence of the charge carrier mobility on the …

The effect of the cross‐coupling catalyst tetrakis (triphenylphosphine) palladium (0)(Pd
(PPh3) 4) on the performance of a model organic bulk‐heterojunction solar cell composed of …