Heterocycles form by far the largest of the classical divisions of organic chemistry. Moreover,
they are of immense importance not only both biologically and industrially but to the …

The electron-accepting ability of C60, the archetypal fullerene, is its most characteristic
chemical property. It is a natural consequence of electronic structure and was anticipated in …

CMOS-like circuits in bioelectronics translate biological to electronic signals using organic
electrochemical transistors (OECTs) based on organic mixed ionic-electronic conductors …

Organic electrochemistry is concerned with the reduction and oxidation of organic molecules
at electrodes. Although it is now more than 200 years ago that the so-called Volta pile was …

The electrochemical behavior of fullerene and fullerene derivatives are reviewed with
special reference to their catalytic and sensor applications. Recent work on carbon …

Efficient deep‐blue electroluminescence (EL) is obtained via end‐cap** polyfluorene (PF)
homopolymers with hole‐transporting moieties (HTMs). Strong evidence that the observed …

The most abundant fullerene molecule, C 60, has just the right combination of size, chemical
stability, and activity to serve as the building block for a large variety of solids with …

Heterocycles form by far the largest of the classical divisions of organic chemistry. Moreover,
they are of immense importance not only both biologically and industrially but to the …

The spectral characteristics of the fulleride (1−) anions of pyrrolidine-functionalized C60
derivatives have been investigated in order to assess the degree to which the parent C60 …

The formation of organofullerenes of the type R2C60 and R (R ') C60 from C602-and alkyl
halides (RX or R 'X) in benzonitrile was mechanistically investigated for 15 different alkyl …