AbstractIn this paper the fluorescence-excitation spectra of individual LH1-RC complexes (Rhodopseudomonas acidophila) at 1.2K are presented. All spectra show a limited number of broad bands with a characteristic polarization behavior, indicating that the excitations are delocalized over a large number of pigments. A significant variation in the number of bands, their bandwidths, and polarization behavior is observed. Only 30% of the spectra carry a clear signature of delocalized excited states of a circular structure of the pigments. The large spectral variety suggests that besides site heterogeneity also structural heterogeneity determines the optical spectrum of the individual LH1-RC complexes. Further research should reveal if such hete...
Using single-molecule detection techniques, fluorescence-excitation spectra from the B800 absorption...
ABSTRACT In this work we present and discuss the single-molecule fluorescence spectra of a variety o...
Excitation spectroscopy gives direct insight in excited state manifold, energy transfer, transient ...
AbstractThe electronic structure of the circular aggregate of 18 bacteriochlorophyll a (BChl a) mole...
This paper reports a detailed spectroscopic study of the B800 absorption band of individual light-ha...
AbstractIn this work we present and discuss the single-molecule fluorescence spectra of a variety of...
Using single-molecule detection techniques, fluorescence-excitation spectra from the B800 absorption...
The electronic structure of the circular aggregate of 18 bacteriochlorophyll a (BChl a) molecules re...
AbstractThe arrangement of pigments as recently observed in the structure of the peripheral light-ha...
AbstractThis work presents a comparative study of the frequencies of spectral jumping of individual ...
AbstractThis paper reports a detailed spectroscopic study of the B800 absorption band of individual ...
This paper reports a detailed spectroscopic study of the B800 absorption band of individual light-ha...
Excitation spectroscopy gives direct insight into the excited state manifold, energy transfer, trans...
We have revisited the RC-LH1 complex from Rhodopseudomonas (Rps.) acidophila for single-molecule spe...
Using single-molecule detection techniques, fluorescence-excitation spectra from the B800 absorption...
ABSTRACT In this work we present and discuss the single-molecule fluorescence spectra of a variety o...
Excitation spectroscopy gives direct insight in excited state manifold, energy transfer, transient ...
AbstractThe electronic structure of the circular aggregate of 18 bacteriochlorophyll a (BChl a) mole...
This paper reports a detailed spectroscopic study of the B800 absorption band of individual light-ha...
AbstractIn this work we present and discuss the single-molecule fluorescence spectra of a variety of...
Using single-molecule detection techniques, fluorescence-excitation spectra from the B800 absorption...
The electronic structure of the circular aggregate of 18 bacteriochlorophyll a (BChl a) molecules re...
AbstractThe arrangement of pigments as recently observed in the structure of the peripheral light-ha...
AbstractThis work presents a comparative study of the frequencies of spectral jumping of individual ...
AbstractThis paper reports a detailed spectroscopic study of the B800 absorption band of individual ...
This paper reports a detailed spectroscopic study of the B800 absorption band of individual light-ha...
Excitation spectroscopy gives direct insight into the excited state manifold, energy transfer, trans...
We have revisited the RC-LH1 complex from Rhodopseudomonas (Rps.) acidophila for single-molecule spe...
Using single-molecule detection techniques, fluorescence-excitation spectra from the B800 absorption...
ABSTRACT In this work we present and discuss the single-molecule fluorescence spectra of a variety o...
Excitation spectroscopy gives direct insight in excited state manifold, energy transfer, transient ...