… studying theoretically and experimentally, the intramolecular relaxation of photoexcited
states of two important chlorophyll molecules - ChlA and chlorophyll b (ChlB), shown in Fig. 1. …

… studying theoretically and experimentally, the intramolecular relaxation of photoexcited
states of two important chlorophyll molecules - ChlA and chlorophyll b (ChlB), shown in Fig. 1. …

… relaxation time of the intramolecular S 2 →S 1 relaxation of Chl d using the density functional
theory (… ) was nearly three times higher than the time (45 fs) determined in our experiments. …

… chlorophyll in the visible, due to its high level of π conjugation along the planar ring. In this
sense, we can consider chlorophyll … In reality, chlorophylls do not satisfy this theoretical model …

… The non-radiative relaxation of the excitation energy from … Despite the continuous theoretical
and experimental efforts to … in the first hundred of femtoseconds after photoexcitation. …

… Following photoexcitation, energy-relaxation between these states … and compare our results
with theoretical models. We can … (about 5%) into the B-band as in our experimental studies. …

… theoretical study of the electronic and vibrational energy relaxation and redistribution in
photoexcited … has characteristic footprints in photoexcited non-radiative relaxation as shown with …

Chlorophyll (Chl) is the most abundant light-harvesting pigment of oxygenic photosynthetic
organisms; however, the Q-band energetics and relaxation dynamics remain unclear. In this …

… the computational study of the photoexcitation dynamics of a … , we show that the non-radiative
relaxation is accelerated with … In this study, we combine density functional theory (DFT) and …

… The non-radiative relaxation of high-energy excited states of … characteristics of isolated
chlorophyll pigments exert peaks … a useful target for future experimental studies based on mutated …