Journal ArticleUsing low temperature single molecule spectroscopy on rigid-rod conjugated polymers we are able to identify homogeneously broadened, strongly polarized emission from individual chromophore units on a single chain. Gated fluorescence spectroscopy allows real time imaging of intramolecular energy transfer as the chain behaves as a series of weakly interacting chromophores. Energy transfer is controlled by the chromophoric spectral linewidth, which depends on temperature. Linewidths exceeding intramolecular disorder lead to incoherent chromophore coupling and collective fluorescence phenomena
We study exciton migration in single molecular nanowires, dye-endcapped multichromophoric conjugated...
Journal ArticleSimultaneous surface enhanced Raman scattering (SERS) and fluorescence is demonstrate...
Detailed understanding of the electronic energy transfer dynamics in conjugated polymer molecules an...
Using low temperature single molecule spectroscopy on rigid-rod conjugated polymers we are able to i...
Journal ArticleSingle molecule spectroscopy of rigid-rod ladder-type conjugated polymers reveals ind...
Journal ArticleThe distribution of chromophores in single polymer chains is revealed by photolumines...
Journal ArticleFluorescence spectroscopy of conjugated polymers at the single molecule level provide...
textThis dissertation is focuses on applying single molecule spectroscopy to the study of photophys...
textThis dissertation is focuses on applying single molecule spectroscopy to the study of photophys...
[[abstract]]Single-molecule spectroscopy is used to study the time-dependent spectral behavior of a ...
Electronic energy transfer and singlet-triplet exciton interactions in conjugated polymers are inve...
Electronic energy transfer and singlet-triplet exciton interactions in conjugated polymers are inve...
© 2013 Dr. Emma HooleyConjugated polymers consist of sequences of delocalised pi electrons along the...
Fluorescence spectroscopy of conjugated polymers at the single molecule level provides unique insigh...
When applied to condensed-matter samples of large organic molecules, optical spectroscopy faces the ...
We study exciton migration in single molecular nanowires, dye-endcapped multichromophoric conjugated...
Journal ArticleSimultaneous surface enhanced Raman scattering (SERS) and fluorescence is demonstrate...
Detailed understanding of the electronic energy transfer dynamics in conjugated polymer molecules an...
Using low temperature single molecule spectroscopy on rigid-rod conjugated polymers we are able to i...
Journal ArticleSingle molecule spectroscopy of rigid-rod ladder-type conjugated polymers reveals ind...
Journal ArticleThe distribution of chromophores in single polymer chains is revealed by photolumines...
Journal ArticleFluorescence spectroscopy of conjugated polymers at the single molecule level provide...
textThis dissertation is focuses on applying single molecule spectroscopy to the study of photophys...
textThis dissertation is focuses on applying single molecule spectroscopy to the study of photophys...
[[abstract]]Single-molecule spectroscopy is used to study the time-dependent spectral behavior of a ...
Electronic energy transfer and singlet-triplet exciton interactions in conjugated polymers are inve...
Electronic energy transfer and singlet-triplet exciton interactions in conjugated polymers are inve...
© 2013 Dr. Emma HooleyConjugated polymers consist of sequences of delocalised pi electrons along the...
Fluorescence spectroscopy of conjugated polymers at the single molecule level provides unique insigh...
When applied to condensed-matter samples of large organic molecules, optical spectroscopy faces the ...
We study exciton migration in single molecular nanowires, dye-endcapped multichromophoric conjugated...
Journal ArticleSimultaneous surface enhanced Raman scattering (SERS) and fluorescence is demonstrate...
Detailed understanding of the electronic energy transfer dynamics in conjugated polymer molecules an...