Add to ORKGWe study the quantum lattice motion in conjugated polymers using the Su-Schrieffer-Heeger (SSH) model. We find a strong reduction of the number of relevant lattice degrees of freedom for short chains (up to N = 70 for polyacetylene), which allows us to calculate fully quantum mechanically the linear optical absorption spectrum. 1
A quantum molecular dynamics technique is presented to compute the static and dynamic properties of ...
We calculate the electronic and optical excitations of crystalline polythiophene and poly(phenylene ...
The optical behavior of poly(para-phenylene vinylene) is explored through an ab initio scheme based ...
We study the quantum lattice motion in conjugated polymers using the Su-Schrieffer-Heeger (SSH) mode...
We calculate the low-energy part of the optical-absorption spectrum of short (N=30) conjugated polym...
The quantum lattice motion of shea conjugated polymer chains (N less than or equal to 70) described ...
We calculate the low-energy part of the optical-absorption spectrum of short (N=30) conjugated polym...
Quantum cell models for delocalized electrons provide a unified approach to the large NLO responses ...
The possibility of a number of applications has fuelled the study of conjugated polymers for some ye...
We have considered one-dimensional organic conjugated polymeric systems to study the two-photon abso...
Experimental and theoretical studies have shown that excitonic effects play an important role in th...
We have considered one-dimensional organic conjugated polymeric systems to study the two-photon abso...
The specific optical absorption of an organic semiconductor is critical to the performance of organi...
We describe a theory of linear optical transitions in conjugated polymers. The theory is based on th...
The specific optical absorption of an organic semiconductor is critical to the performance of organi...
A quantum molecular dynamics technique is presented to compute the static and dynamic properties of ...
We calculate the electronic and optical excitations of crystalline polythiophene and poly(phenylene ...
The optical behavior of poly(para-phenylene vinylene) is explored through an ab initio scheme based ...
We study the quantum lattice motion in conjugated polymers using the Su-Schrieffer-Heeger (SSH) mode...
We calculate the low-energy part of the optical-absorption spectrum of short (N=30) conjugated polym...
The quantum lattice motion of shea conjugated polymer chains (N less than or equal to 70) described ...
We calculate the low-energy part of the optical-absorption spectrum of short (N=30) conjugated polym...
Quantum cell models for delocalized electrons provide a unified approach to the large NLO responses ...
The possibility of a number of applications has fuelled the study of conjugated polymers for some ye...
We have considered one-dimensional organic conjugated polymeric systems to study the two-photon abso...
Experimental and theoretical studies have shown that excitonic effects play an important role in th...
We have considered one-dimensional organic conjugated polymeric systems to study the two-photon abso...
The specific optical absorption of an organic semiconductor is critical to the performance of organi...
We describe a theory of linear optical transitions in conjugated polymers. The theory is based on th...
The specific optical absorption of an organic semiconductor is critical to the performance of organi...
A quantum molecular dynamics technique is presented to compute the static and dynamic properties of ...
We calculate the electronic and optical excitations of crystalline polythiophene and poly(phenylene ...
The optical behavior of poly(para-phenylene vinylene) is explored through an ab initio scheme based ...