A major handicap towards the exploitation of radicals is their inherent instability. In the
paramagnetic azafullerenyl radical C59N., the unpaired electron is strongly localized next to …

A 139-π-electron nanographenoid radical was obtained by expanding the periphery of a
naphthalimide–azacoronene hybrid with a methine bridge. The radical was isolated in the …

Molecular entities with robust spin-1/2 are natural two-level quantum systems for realizing
qubits and are key ingredients of emerging quantum technologies such as quantum …

The review summarizes the results of investigations of ionic fullerene compounds containing
negatively charged dimers and fullerene anions coordinated to metalloporphyrins. Fullerene …

We deposit azafullerene C59N• radicals in a vacuum on the Au (111) surface for layer
thicknesses between 0.35 and 2.1 monolayers (ML). The layers are characterized using X …

We investigate the effect of introducing C60 to (C59N) 2 and the molecular ring,[10]
cycloparaphenylene ([10] CPP), using electron paramagnetic resonance (EPR) …

Methods of insertion of azafullerenes in single-walled carbon nanotubes (SWNTs) at
different temperatures were investigated, while the effects of the conditions applied on the …

Solid solutions of C59N azafullerene in C60 with concentrations of 10− 5 to 10− 4 were
produced in large quantities in an electric gas discharge tube. C59N is a stable monomeric …

Chemical reduction of the Li+@ C 60 cation by decamethylferrocene was carried out to
obtain neutral Li+@ C 60•–(simply denoted as Li@ C 60). The method is scalable and does …

The photooxidation reactions of olefins sensitized by the excited triplet states of
bisazafullerene (C59N) 2 and hydroazafullerene C59HN have been studied. Oxidation …