Recent advances in material design for organic solar cells (OSCs) are primarily focused on
developing near-infrared non-fullerene acceptors, typically A-DA′ DA type acceptors …

Organic-based solar cells have developed for the last three decades. Moving forward
generally requires the assistance of useful models that are adapted to currently used …

We describe charge transport along a polymer chain with a generic theoretical model
depending in principle on tens of parameters, reflecting the chemistry of the material. The …

The design of semiconducting polymers with optimal charge transport characteristics has
been at the crux of scientific research during the recent decades. While increase in …

Conjugated polymers are the key material in thin-film organic optoelectronic devices due to
the versatility of these molecules combined with their semiconducting properties. A …

We present a computational approach to model hole transport in an amorphous
semiconducting fluorene-triphenylamine copolymer (TFB), which is based on the …

We develop a theoretical model to predict the impact of nematic liquid-crystalline alignment
on charge transport in conducting polymer materials. Using polymer field-theoretic …

Metal-organic frameworks (MOFs) are highly porous materials that are formed via the
coordination bonding of organic and inorganic moieties. MOFs exhibit many exciting …

A series of polystyrenes was developed as electron transport materials (ETMs) for solution
processed organic light emitting diodes (OLEDs), containing dimesitylboryl (BMes2) and …

For organic semiconductors, the solid-state packing of the π-conjugated molecules or
polymers dictate the material electronic, optical, and mechanical characteristics …