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 …

Superconducting transition temperatures in bulk chemically intercalated fulleride salts reach
33 K at ambient pressure and in hole-doped C60 derivatives in field-effect-transistor (FET) …

We introduce the development of conductive organic molecular assemblies including
organic metals, superconductors, single component conductors, conductive films, and …

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

Alkali-doped fullerides have attracted strong interest since their production became possible
about fifteen years ago. This book presents recent work which may solve intriguing problems …

High efficiency perovskite solar cells have underpinned the rapid growth of the field.
However, their low device stability limits further advancement. Hygroscopic lithium bis …

Polymerization of fullerenes is an interesting topic that has been studied for almost three
decades. A rich polymeric phase diagram of C 60 has been drawn under a variety of …

A3C60 molecular superconductors share a common electronic phase diagram with
unconventional high-temperature superconductors such as the cuprates: superconductivity …

This article reviews the current status of chemically doped fullerene superconductors and
related compounds, with particular focus on Mott–Hubbard states and the role of molecular …

The present status of organic superconductors of charge‐transfer (CT) type based on donor
molecules is reviewed. Along with the superconducting phases of such materials and also of …