The structure of fullerene C-60 in aqueous solution was investigated both e
xperimentally and theoretically. The fullerene C-60 was found to aggregate
rapidly at room temperature. The aggregation kinetics results indicated tha
t the structure of C-60 aggregates in water could be described as a fractal
system. The optical absorption spectra obtained testify to the crystalline
character of absorption. The formation in water of fractal structures and
a crystalline phase from highly stable hydrated fullerene (C-60)(13) cluste
rs (I-h symmetry group) was predicted using the molecular dynamics approach
.