Primary Photoexcitations In Conjugated Polymers: Molecular Exciton Versus Semiconductor Band Model

Correlations in conjugated polymers, Z.G. Soos et al; nature of the primary photoexcitations in poly(arylene-vinylenes) - bound neutral excitons or charged polaron pairs, A.J. Heeger; excitons in conjugated polymers, H. Bassler; intramolecular excitons and intermolecular polaron pairs as primary photoexcitation in PPV and derivatives, E. Conwell; excitonic effects on the linear and nonlinear optical properties of conjugated polymers, S. Abe; bound-polaron pair formation in polyphenylene-vinylenes, L. Rothberg; luminescence efficiency and time-dependence - insights into the nature of emitting species in conjugated polymers, I.D.W. Samuel; mechanism of carrier generation in the class of low mobility materials - transient photoconductivity and photoluminescence at high electric fields, D. Moses; photoluminescence spectroscopy as a probe for disorder and coulomb interaction in organic and inorganic semiconductors, U. Lemmer and E.O. Gobel; spectroscopy on conjugated polymer devices, V. Dyakonov; spin dependent studies of photoexcitations in conjugated polymers, Z.V. Vardeny and P.A. Lane; electroabsorption spectroscopy on conjugated polymers, G. Weiser; the role of excitons in charge carrier generation in polysilanes, R.G. Kepler and Z.G. Soos; theory of excitons and biexcitons in pi-conjugated polymers, S. Mazumdar; ultrafast relaxation in conjugated polymers, T. Kobayashi; ultrafast photoinduced absorption in non-degenerate ground-state conjugated polymers, D. McBranch; are bipolarons photogenerated in PPV, E. Conwell; do bipolarons exist in doped conjugated polymers? an analysis based on the experimental studies of model oligomers, Y. Furukawa; photoexcitations in conjugated oligomers, R. Janssen; excited states in polyparaphenylene vinylene and related oligomers - theoretical investigation of their relation to electrical and optical properties, D. Beljonne et al; linear polyene electronic structure - what the oligomers tell us about the polymers, B.E. Kohler.