Marie Curie Individual Fellowship Call for candidates to a Marie Curie Individual Fellowship in Marseille (more…)
Photophysics of Sulfur-Bridged Naphthalene Dimers Sulfur bridge’s oxidation state dramatically changes the photoluminescence of bichromophores. That’s why. (more…)
On the Decay of the Triplet State of Thionucleobases Double-well shaped triplet state in thionucleobases can be used to tune singlet oxygen yields. (more…)
What’s the Biggest System We Can Do Dynamics? Want to do dynamics? This is how much it’ll cost. (more…)
Tailoring Schiff Bases Photoswitching Dynamics reveals how to design chemical substitutions to control proton transfer efficiency. (more…)
Spin-Orbit Couplings Based on Density Functional Theory PySOC, a new program for fast and flexible computation of spin-orbit couplings. (more…)
Revisiting the Excited State Dynamics of Thymine So far, the long lifetime of UV-excited thymine has been explained in terms of trapping in the second excited state. Simulations with electron correlation shows this hypothesis doesn’t hold. (more…)
Sulfur bridge’s oxidation state dramatically changes the photoluminescence of bichromophores. That’s why.
Double-well shaped triplet state in thionucleobases can be used to tune singlet oxygen yields.
Want to do dynamics? This is how much it’ll cost. (more…)
Dynamics reveals how to design chemical substitutions to control proton transfer efficiency.
PySOC, a new program for fast and flexible computation of spin-orbit couplings.
So far, the long lifetime of UV-excited thymine has been explained in terms of trapping in the second excited state. Simulations with electron correlation shows this hypothesis doesn’t hold.