M. Pitzer

TL;DR: An extreme quantum system is presented: a gigantic molecule consisting of two helium atoms, with an 80% probability that its two nuclei will be found in this classical forbidden region of space.

TL;DR: The results show that electron localization and asymmetrical breaking of molecular bonds are ubiquitous, even in symmetric laser pulses, and the technique described is robust and provides a powerful tool for ultrafast science.

TL;DR: The first direct measurement of the temporal evolution of ICD is presented using a novel experimental approach and is predicted to be highly complex, as its efficiency strongly depends on the distance of the atoms involved and this distance typically changes during the decay.

TL;DR: Experimental observation of the energy sharing between electron and nuclei in above-threshold multiphoton dissociative ionization of H2 by strong laser fields results in multiple diagonal lines in their joint energy spectrum governed by the energy conservation of all fragment particles.