This paper contains a review of the physical properties of the undoped and alkali-doped C60 materials, including their crystal structure, electronic, optical and vibrational properties and the effect of pressure on the crystal and electronic structure. The mechanisms of superconductivity in alkali-doped C60 in terms of phonon mediated electron pairing vis-a-vis electronic interaction effects are discussed
The phenomenology of C60 both as isolated molecule and in condensed phases is reviewed. C60 compound...
The phenomenology of C60 both as isolated molecule and in condensed phases is reviewed. C60 compound...
We report the first observation of a large pressure-induced red-shift of the photoluminescence band ...
This paper contains a review of the physical properties of the undoped and alkali-doped C60 material...
This paper contains a review of the physical properties of the undoped and alkali-doped C60 material...
F64-F78This paper contains a review of the physical properties of the undoped and alkali-doped C60 m...
F92-F99This paper presents an overview of the experimental studies on fullerenes currently underway ...
While there is not complete agreement on the microscopic mechanism of superconductivity in alkali-me...
Metal doped C60 compounds comprise a class of materials, which includes insulators, conductors and s...
Metal doped C60 compounds comprise a class of materials, which includes insulators, conductors and s...
Metal doped C60 compounds comprise a class of materials, which includes insulators, conductors and s...
Metal doped C60 compounds comprise a class of materials, which includes insulators, conductors and s...
Metal doped C60 compounds comprise a class of materials, which includes insulators, conductors and s...
X-ray diffraction studies show that the alkali-doped fullerene has the same structure as C60 with FC...
We report the first observation of a large pressure-induced red-shift of the photoluminescence band ...
The phenomenology of C60 both as isolated molecule and in condensed phases is reviewed. C60 compound...
The phenomenology of C60 both as isolated molecule and in condensed phases is reviewed. C60 compound...
We report the first observation of a large pressure-induced red-shift of the photoluminescence band ...
This paper contains a review of the physical properties of the undoped and alkali-doped C60 material...
This paper contains a review of the physical properties of the undoped and alkali-doped C60 material...
F64-F78This paper contains a review of the physical properties of the undoped and alkali-doped C60 m...
F92-F99This paper presents an overview of the experimental studies on fullerenes currently underway ...
While there is not complete agreement on the microscopic mechanism of superconductivity in alkali-me...
Metal doped C60 compounds comprise a class of materials, which includes insulators, conductors and s...
Metal doped C60 compounds comprise a class of materials, which includes insulators, conductors and s...
Metal doped C60 compounds comprise a class of materials, which includes insulators, conductors and s...
Metal doped C60 compounds comprise a class of materials, which includes insulators, conductors and s...
Metal doped C60 compounds comprise a class of materials, which includes insulators, conductors and s...
X-ray diffraction studies show that the alkali-doped fullerene has the same structure as C60 with FC...
We report the first observation of a large pressure-induced red-shift of the photoluminescence band ...
The phenomenology of C60 both as isolated molecule and in condensed phases is reviewed. C60 compound...
The phenomenology of C60 both as isolated molecule and in condensed phases is reviewed. C60 compound...
We report the first observation of a large pressure-induced red-shift of the photoluminescence band ...