Frenkel-Exciton-Polaritons in Organic Microcavities. Hashem Zoubi and G. C. La

SAO/NASA ADS Physics Abstract Service.adsabs.harvard.edu/abs/1999PhRvB..60.7646AUltrafast nonlinear dynamics in a Frenkel exciton-surface plasmon . May 16, 2004 . Ultrafast nonlinear dynamics in a Frenkel exciton-surface plasmon coupled

Grover-like search via a Frenkel-exciton trapping mechanism, Thilagam, A, We

The mixing of Frenkel excitons (FEs) and charge-transfer excitons (CTEs) has

Theory of the J-band: from the Frenkel exciton to charge transfer, Egorov V.V.,

e- h+. Frenkel Exciton. Electron is bound strongly, essentially confined to within a

Communicated by V.M. Agranovich. Abstract. The standard theory of the Frenkel

May 25, 2012 . Line 18t Exciton FRET Radiative Decay Rate Short Wavelengths EET WOW SETI

mum of the dispersion of Frenkel excitons. The approach . recombination out of

(2000) Minami et al. Journal of Luminescence. Read by researchers in: 60%

Aug 3, 2007 . Abstract: Starting from the microscopic hamiltonian describing free electrons in a

The ground state energy and effective mass of Frenkel excitonic polarons are

•Wannier exciton. •Charge-transfer exciton. •Frenkel exciton. •Exciton Diffusion. •

Abstract: Small-radius Frenkel excitons coupled with phonons can have diverse

Jan 19, 2007 . Exciton band structure of pentacene molecular solids: breakdown of the Frenkel

May 20, 2010 . Ultrafast Dynamics of Frenkel Excitons in Tetracene and Rubrene Single Crystals

Frenkel Exciton Superexchange, Pair Interactions, and Dispersion Relation: 1B

Molecular excitons may even be entirely located on the same molecule, as in

The ad hoc differential equation used in the paper of this series to described the

arXiv:cond-mat/0610784v1 [cond-mat.dis-nn] 27 Oct 2006 Frenkel Exciton Model

ments for Frenkel excitons13 and Wannier excitons.14 Since the enhanced

A tightly bound exciton in which the electron and the hole are usually on the

The Frenkel exciton model can be used to relate the spectroscopic properties .

The binding energy of Frenkel exciton (i.e. the energy of its ionisation to a non-

clusters incorporated into supercages of zeolite LTA crystals, where the Frenkel

principles. Abhay Shukla (U. Marie et Pierre Curie), Jean-Pascale Rueff (Soliel).

"Random Lattice Calculations on Frenkel Excitons in Disordered Molecular

The diagram relates the Wannier and Frenkel exciton models and sketches the

We investigate interactions between Mott-Wannier MW and Frenkel excitons in a

J. Phys.: Condens. Matter 8 (1996) 115–141. Printed in the UK. REVIEW

http://dx.doi.org/10.1590/S0103-97332006000300060. NEW MATERIALS AND

Efficient dipole-dipole coupling of Mott-Wannier and Frenkel excitons in (Ga,In)N

Frenkel exciton physics with ultracold molecules. R. V. Krems. Department of

curves, oscillator strengths, absorption spectra) of Frenkel excitons in ordered

of the Frenkel and Mott excitons. The Frenkel exciton periodic function is of the

PHONON SCATTERING OF FRENKEL EXCITONS IN MOLECULAR

form of Frenkel excitons, rather than free electron–hole pairs and one of the most

Dec 30, 2010 . The Mott–Wannier and Frenkel excitons are the funda- . Frenkel excitons via

The results show that the J band can be described as a disordered Frenkel

Nov 17, 2011 . PTCDA: Frenkel or CT states. Frenkel excitons. CT states in PL. • Mixing of

We consider Frenkel excitons in molecular crystals beyond the Heitler–London

Jun 2, 2000 . Such devices are of interest in studying coherent Frenkel-exciton coupling. They

Dec 16, 2008 . Ground state energy of N Frenkel excitons. W. Pogosov1, 2 and M. Combescot1

Interaction of Frenkel excitons with phonons in anthracene. This article has been

wavefunctions localized on individual ligands via the Frenkel exciton model. The

Vacuum-ultraviolet plasma Frenkel excitons: elementary excitations of

Frenkel exciton ( frekl ekstn ) ( solid-state physics ) A tightly bound exciton in

Frenkel exciton physics with ultracold molecules. Sergey Alyabyshev. Felipe

Keywords: Frenkel excitons; Disordered solids; Optical spectra. 1. Introduction.

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