The development of new acceptor materials has played an important role in advancing the
efficiency of organic photovoltaics (OPV). In this review we survey two types of acceptors …

Adding a compact dihydromethano (CH2) group to a 58π-indene fullerene (C60 (Ind))
creates a 56π-electron dihydromethano/indene fullerene (C60 (CH2)(Ind)) and raises the …

The efficiency of bulk heterojunction (BHJ) organic photovoltaics is sensitive to the
morphology of the fullerene network that transports electrons through the device. This …

Our program on capacitive energy storage is a comprehensive one that combines
experimental and computational components to achieve a fundamental understanding of …

Give me five! The title compounds were isolated from the acid‐catalyzed reaction of a C 59
N precursor with electron‐rich aromatic compounds. Single‐crystal X‐ray diffraction on two …

Two new reactions for the synthesis of structurally defined 66π-electron [70] fullerene
derivatives are reported. The first provides synthetic access to tetra-phenyl or [3+ 1] hybrid …

In a comparative study a novel class of pentaarylazafullerene derivatives is investigated as
acceptor material in solution-processed organic solar cells. Due to their raised lowest …

The relationship between the size of the substituents of aryl groups in a series of fifteen 6, 9,
12, 15, 18‐pentaaryl‐1‐hydro [60] fullerenes and the solid‐state structures and packing …

Constructing solar cells based on organic materials such as conjugated polymers holds
great potential for low-cost and lightweight power generating applications. Although organic …

Fully phenylated C60Ph6 has never been synthesized in the past two decades largely due
to steric effect and poor thermodynamic stability of the initial intermediate towards its …