In the coupled-oscillator representation [Takahashi and Mukamel, J. Chem. Phys. 100 (1994) 2366], the optical properties of conjugated polymers are calculated by mapping the system into a collection of coupled normal modes representing electron-hole pairs. Optical nonlinearities are induced by anharmonic couplings among oscillators and with the external field. Tree diagrams are developed which visualize the relevant nonlinearities and dominant oscillators and provide an efficient algorithm for computing the hyperpolarizabilities. © 1995 Elsevier Science B.V. All rights reserved.link_to_subscribed_fulltex
The electronic excitations and fluorescence of conjugated polymers are related to large or small...
International audienceDue to their strong molecular hyperpolarizability, organic push–pull materials...
We present a scheme for the calculation of oscillator strengths between the salient molecular states...
A coupled harmonic oscillator picture is developed for the nonlinear optical response of donor - acc...
A real-space. representation ofthe optical response of conjugated polyenes is developed by starting ...
Within the framework of interacting-electron models, the optical nonlinearity in π-conjugated polyme...
The relationship between hyperpolarizability (beta) and spectral intensities has been investigated f...
Diagrammatic valence-bond (DVB) theory is extended to dynamic nonlinear susceptibilities of inte...
Quantum cell models for delocalized electrons provide a unified approach to the large NLO responses ...
The coupled quantum oscillator model is applied to the evaluation of conformational effects in thiop...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Chemistry, 1997.Includes bibliograp...
Many-body Coulomb interactions make understanding the complete excitation spectra of conjugated poly...
In this work we have studied the vibrational (relaxation) contributions beta(r) and gamma(r) to mole...
We describe a theory of linear optical transitions in conjugated polymers. The theory is based on th...
The novel electronic properties of conjugated polymers are associated with π-electrons whose early m...
The electronic excitations and fluorescence of conjugated polymers are related to large or small...
International audienceDue to their strong molecular hyperpolarizability, organic push–pull materials...
We present a scheme for the calculation of oscillator strengths between the salient molecular states...
A coupled harmonic oscillator picture is developed for the nonlinear optical response of donor - acc...
A real-space. representation ofthe optical response of conjugated polyenes is developed by starting ...
Within the framework of interacting-electron models, the optical nonlinearity in π-conjugated polyme...
The relationship between hyperpolarizability (beta) and spectral intensities has been investigated f...
Diagrammatic valence-bond (DVB) theory is extended to dynamic nonlinear susceptibilities of inte...
Quantum cell models for delocalized electrons provide a unified approach to the large NLO responses ...
The coupled quantum oscillator model is applied to the evaluation of conformational effects in thiop...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Chemistry, 1997.Includes bibliograp...
Many-body Coulomb interactions make understanding the complete excitation spectra of conjugated poly...
In this work we have studied the vibrational (relaxation) contributions beta(r) and gamma(r) to mole...
We describe a theory of linear optical transitions in conjugated polymers. The theory is based on th...
The novel electronic properties of conjugated polymers are associated with π-electrons whose early m...
The electronic excitations and fluorescence of conjugated polymers are related to large or small...
International audienceDue to their strong molecular hyperpolarizability, organic push–pull materials...
We present a scheme for the calculation of oscillator strengths between the salient molecular states...