Dynamics reveals how to design chemical substitutions to control proton transfer efficiency.
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Excited-state proton transfer may give rise to new diagnostic tools to follow the clinical evolution of cancer patients. (more…)
Topographical analysis of the dimer’s excited state shows that internal conversion after first proton transfer blocks the stepwise process. (more…)
Simulations and experiments show that hydrogen bonds play an important role for the stability of peptide bonds against UV radiation. (more…)
Excited state proton transfer in 7-azaindole in water takes place through the first solvation shell. (more…)
Dynamics reveals how to design chemical substitutions to control proton transfer efficiency.
Excited-state proton transfer may give rise to new diagnostic tools to follow the clinical evolution of cancer patients. (more…)
Topographical analysis of the dimer’s excited state shows that internal conversion after first proton transfer blocks the stepwise process. (more…)
Simulations and experiments show that hydrogen bonds play an important role for the stability of peptide bonds against UV radiation. (more…)
Excited state proton transfer in 7-azaindole in water takes place through the first solvation shell. (more…)