The topic, team, and open atmosphere at iL were a perfect fit; as one of the first doctoral candidates, she enjoyed her doctoral period under the then-group leader Michael Kröger. Together with universities from Darmstadt, Braunschweig, and Karlsruhe, the “Heidelbergers” meticulously worked on shaping their research cosmos. “We wanted to build our superlab,” Rebecca Saive recounts with a smile, “and we already had the applications in mind.”
With combined efforts, work was carried out in the largely still empty rooms – holes had to be drilled, gas lines screwed together, and pipes laid. This speaks to a high degree of improvisation and a pioneering spirit that motivates team members with intrinsic drive and pride. Companies such as BASF, Merck, and Heidelberger Druckmaschinen were on site, and the exchange between science and industry inevitably took place. Daily, informally, directly. “We worked on a major experiment. Thanks to various professors, there was a great deal of independence, autonomy, and freedom. Being able to define everything ourselves is simply fantastic,” she humbly states.
Rebecca Saive still holds this view today. The freedom to explore research areas with an "out-of-the-box" mindset, both for herself and others, has been a consistent theme throughout her young, determined career. Influenced by her upbringing in Ludwigshafen-Ruchheim, where both her mother and father are chemists, Rebecca maintains a childlike curiosity. She has always been an exemplary student, ambitious, goal-oriented, and very persistent when necessary. A prime example: she virtually invited herself to Caltech in California. "I tried to get my foot in the door," she recounts, "scientific luminaries are approached by everyone." So, she traveled to Pasadena, proactively introduced herself to Professor Harry Atwater in person, delivered a compelling presentation, and secured a postdoctoral position to research interfaces of inorganic solar cells.