… the discrete vibrational peaks to estimate electronic couplings to the intramolecular vibrational
… We conclude by emphasizing that the spectroscopic measurements that are employed in …

… result in fluorescence intensity trajectories. If the molecular system under study adopts discrete
conformations that are characterized by distinct interdye distances, fluorescence intensity …

… of photofunctional systems, extending from discrete (1D) to … (Figure 6a) increased intensity
of the absorption band at 495 … , we determined that the energy transfer occurs with a 0.5 ps …

… electron transfer between reactants and products is discrete (… and infrared spectroscopic
regions, that occur at an energy E op … intramolecular electron transfer. Rate constants, k ET , for …

… Indeed, for solar energy conversion it is often desirable to translate … discrete optical pathways
that depend on the electron-… used to determine the strength of orbital interactions between …

… Electronic energy transfer dynamics of a single molecule, which shows a constant … : (a)–(d)
the fluorescence intensity, the linear dichroism D, modulation intensity, and modulation phase …

… singlet fission by controlling intramolecular charge transfer in π-… The discrete nature of these
constructs simultaneously … be perturbed depending on the strength of coupling that evolves …

… mode frequencies rather than a discrete set of frequencies. … intensity are not good enough
for quantitatively describing the … width will show the energy transfer on different time scales, …

… are hypothesized to contribute a discrete, sharp vibrational/… not play a major role in electronic
energy transport. It is, thus, … the peak intensities are determined by both the initial electronic …

… The intramolecular excitation energy transfer (EET) … In the above spectra the macrocycles
appear as discrete bands … obtain an estimation of the strength of Coulombic interactions using …