The infrared spectrum of protonated buckminsterfullerene C60H+
Although fullerenes have long been hypothesized to occur in interstellar environments, they
have only recently been unambiguously identified through spectroscopy,,–. C60, C70 and
C60+ now constitute the largest molecular species individually identified in the interstellar
medium. Fullerenes have substantial proton affinities and it has been suggested that C60H+
is likely the most abundant interstellar analogue of C60 (ref.). We present here a laboratory
infrared (IR) spectrum of gaseous C60H+. Symmetry breaking in C60H+ produces an IR …
have only recently been unambiguously identified through spectroscopy,,–. C60, C70 and
C60+ now constitute the largest molecular species individually identified in the interstellar
medium. Fullerenes have substantial proton affinities and it has been suggested that C60H+
is likely the most abundant interstellar analogue of C60 (ref.). We present here a laboratory
infrared (IR) spectrum of gaseous C60H+. Symmetry breaking in C60H+ produces an IR …
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