Dr. Andreas Jacob worked during his PhD as a research assistant at the Institute for Theoretical Physics I at Heinrich Heine University Düsseldorf with research interests in the fields of Atomic Collision Physics, Interatomic Electron Correlation Phenomena and Atomic Antimatter Physics. In his new role as a project engineer, he will be working on the decommissioning of nuclear power plants.

• Introduction and preliminary remarks.- Ionization of a weakly bound diatomic system by relativistic charged projectiles.- Radiation-eld-driven ionization in laser-assisted slow atomic collisions.- Introduction and preliminary remarks.- Theory of radiative attachment.- Theory of nonradiative attachment.- Numerical results and discussion.- Summary and concluding remarks.

Dr. Andreas Jacob worked during his PhD as a research assistant at the Institute for Theoretical Physics I at Heinrich Heine University Düsseldorf with research interests in the fields of Atomic Collision Physics, Interatomic Electron Correlation Phenomena and Atomic Antimatter Physics. In his new role as a project engineer, he will be working on the decommissioning of nuclear power plants.

• Introduction and preliminary remarks.- Ionization of a weakly bound diatomic system by relativistic charged projectiles.- Radiation-eld-driven ionization in laser-assisted slow atomic collisions.- Introduction and preliminary remarks.- Theory of radiative attachment.- Theory of nonradiative attachment.- Numerical results and discussion.- Summary and concluding remarks.

Dr. Andreas Jacob worked during his PhD as a research assistant at the Institute for Theoretical Physics I at Heinrich Heine University Düsseldorf with research interests in the fields of Atomic Collision Physics, Interatomic Electron Correlation Phenomena and Atomic Antimatter Physics. In his new role as a project engineer, he will be working on the decommissioning of nuclear power plants.

• Introduction and preliminary remarks.- Ionization of a weakly bound diatomic system by relativistic charged projectiles.- Radiation-eld-driven ionization in laser-assisted slow atomic collisions.- Introduction and preliminary remarks.- Theory of radiative attachment.- Theory of nonradiative attachment.- Numerical results and discussion.- Summary and concluding remarks.