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Photoluminescence (PL) measurements of porphyrin-doped single wall carbonnanotubes (SWNT) were studied in sodium dodecylbenzenesulfonate (NaDDBS)aqueous dispersions. The PL spectra were used to draw PL maps were the maximacorresponds to absorption-emission excitonic processes related to (E11, E22)first Van Hove singularities of the SWNT electronic structure. The influence ofthe net charge of the porphyrin was a determinant factor in the energy mapmaximum shifts (EMMS) compared to the energy map of a pristine NaDDBS/SWNTdispersion. A non-interacting porphyrin is used as a reference to discard theinfluence of the dielectric constant of the medium in the EMMS.

Doping single wall carbon nanotubes with differently charged porphyrins