Experimental studies of the superconductive properties of fullerides are briefly reviewed.
Theoretical calculations of the electron-phonon coupling, in particular for the intramolecular …

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 …

A new paramagnetic defect in solid C 60 was produced by nitrogen implantation in solid C
60. The hyperfine splitting and the isotope effect unambiguously show that the paramagnetic …

Abstract The Mott-Hubbard transition is studied for a Hubbard model with orbital degeneracy
N, using a diffusion Monte Carlo method. Based on general arguments, we conjecture that …

Carbon nanostructures (the fullerenes and the carbon nanotubes) have become
increasingly important during the last 15 years concerning both their basic physical and …

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 …

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The synthesis, crystal chemistry and electronic properties of metal fullerides are described.
The behaviour of solid C60 as an intercalation host is rationalised in terms of the electronic …

The current status of metal intercalation into fullerene hosts is reviewed. The extent to which
widely accepted simple models of the metallic and superconducting behavior in the A3C60 …

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 …