Aggregates of chiral polythiophenes (PTs) show strong electronic circular dichroism (ECD) spectra with a unique vibronic structure. A computationally fast procedure, exploiting the quantum dynamics of the exciton-coupled electronic states of simple oligothiophene dimers as models of PT aggregates, is able to reproduce experimental vibronic ECD spectra of aggregated phases
We present a quantum chemical investigation of the vibronic structure in the electronic spectra of t...
We extend a recently proposed mixed quantum/classical method for computing the vibronic electronic c...
Using a Frenkel-exciton model, the degree of circular polarization of the luminescence (glum) from o...
Aggregates of chiral polythiophenes (PTs) show strong electronic circular dichroism (ECD) spectra wi...
Methods to compute vibronic spectra of rigid systems are mature enough to become standard, however, ...
We simulate the vibronic profile of the electronic circular dichroism (ECD) spectra of oligothiophen...
The solid-state photophysical properties of semiconducting polymers result from the interplay betwee...
We present a computational approach of general applicability to simulate the vibronic line shapes of...
We present a computational approach of general applicability to simulate the vibronic line shapes of...
CD spectroscopy is used to study the nature of the excited state of optically active di[(S)-2-methyl...
A reduced-dimensional effective-mode representation is developed in order to efficiently describe ex...
We highlight the power of electronic circular dichroism imaging (CDi), a technique developed at Diam...
We present a quantum chemical investigation of the vibronic structure in the electronic spectra of t...
We extend a recently proposed mixed quantum/classical method for computing the vibronic electronic c...
Using a Frenkel-exciton model, the degree of circular polarization of the luminescence (glum) from o...
Aggregates of chiral polythiophenes (PTs) show strong electronic circular dichroism (ECD) spectra wi...
Methods to compute vibronic spectra of rigid systems are mature enough to become standard, however, ...
We simulate the vibronic profile of the electronic circular dichroism (ECD) spectra of oligothiophen...
The solid-state photophysical properties of semiconducting polymers result from the interplay betwee...
We present a computational approach of general applicability to simulate the vibronic line shapes of...
We present a computational approach of general applicability to simulate the vibronic line shapes of...
CD spectroscopy is used to study the nature of the excited state of optically active di[(S)-2-methyl...
A reduced-dimensional effective-mode representation is developed in order to efficiently describe ex...
We highlight the power of electronic circular dichroism imaging (CDi), a technique developed at Diam...
We present a quantum chemical investigation of the vibronic structure in the electronic spectra of t...
We extend a recently proposed mixed quantum/classical method for computing the vibronic electronic c...
Using a Frenkel-exciton model, the degree of circular polarization of the luminescence (glum) from o...