The project aims to conduct high-level interdisciplinary research, fostering collaboration with Prof. J.J.K. Kirkensgaard's research group. The scientific objective is to elucidate the light-induced dynamic changes in thylakoid structure, vital for photosynthesis, by measuring the kinetics of these alterations at the nanoscale level. This internship proposes using small-angle X-ray scattering techniques for the first time, combined with biochemical studies and transmission electron microscopy analysis. This interdisciplinary approach will provide a comprehensive understanding of thylakoid structure dynamics and contribute to environmental and technological advancements.
What did the VP programme give you?
The VP programme significantly expanded my research horizons, facilitating a crucial cross-disciplinary fusion of physics and biology. It not only introduced me to advanced SAXS techniques for analyzing plant structures but also enabled a hands-on learning experience during a team expedition to the CoSAXS facility at MAX IV Laboratory in Lund, Sweden. A key outcome of the programme was the establishment of a strong collaborative partnership with Professor Jacob Kirkensgaard's team. This alliance is set to yield published research findings, enriching the scientific discourse. Moreover, this collaboration will bring Professor Kirkensgaard to the University of Warsaw, further cementing our joint efforts and enhancing academic exchange.
Why would you recommend applying to the VP programme?
Applying to the VP programme is a transformative opportunity that merges disciplines like physics and biology, fostering collaborations with esteemed groups, and significantly advancing both personal and institutional research profiles. It promotes a more inclusive scientific community, making it a pivotal step for young scientists. Beyond its academic and professional merits, participating in this programme is a remarkable life experience, enriching one's personal and scientific journey with invaluable insights and international exposure.