The range of potential applications of fullerenes and fullerene derivatives in materials
science is becoming broader in virtue of the increased number of derivatives that are …

To characterize fullerenes (C60 and C70) as photosensitizers in biological systems, the
generation of active oxygen species, through energy transfer (singlet oxygen 1O2) and …

Since their first detection and bulk production, the fullerenes have gained a primary role on
the scientific scene, reaching their climax when the 1996 Nobel Prize for Chemistry was …

Redox‐active fullerenes can be covalently bound to a variety of donors, their photophysical
properties have been investigated. Their photochemical processes. Including electron …

Four different kinds of C60-linked zincporphyrins have been prepared by changing
systematically the linking position at meso-phenyl ring from ortho to para and their …

A systematic steady-state fluorescence and time-resolved flash photolytic investigation of a
series of covalently linked fullerene/ferrocene based donor− bridge− acceptor dyads is …

The recent interest in using Buckminsterfullerene (fullerene) derivatives in biological
systems raises the possibility of their assay by immunological procedures. This, in turn …

Recently, the presence of fullerenes in the interstellar medium (ISM) has been confirmed
and new findings suggest that these fullerenes may possibly form from polycyclic aromatic …

Buckminsterfullerene (C60) is a known photosensitizer that produces reactive oxygen
species (ROS) in the presence of light; however, its properties in aqueous environments are …

Time-resolved and steady-state techniques have been performed to investigate the
photophysical properties of C60 [C (COOEt) 2](Ia), e-C60 [COOEt) 2] 2 (IIa)(e= equatorial) …