During my Master's degree studies, I transitioned my focus from general physics to biophysics, with a particular emphasis on understanding the biological processes that underpin the physical phenomena I was exploring. In addition to gaining a solid foundation in cellular biology, I studied the functioning of the human body, which enabled me to integrate biological principles with the physics I was learning. My educational journey primarily involved lectures and independent study.

One significant aspect of my learning process was the ability to process and absorb large volumes of information in a foreign language. This required me to not only identify the most critical concepts but also to actively engage in organizing and memorizing key information for later application. A key takeaway from this experience was the development of my capacity to make connections between diverse topics, thus enhancing my ability to synthesize and contextualize new knowledge.

This metacognitive skill — processing complex information, discerning key concepts, and linking them to pre-existing knowledge — has equipped me with tools that will be valuable in environments that demand the absorption of large amounts of information. These abilities will be crucial when navigating complex systems, as they allow for efficient analysis and the integration of new knowledge into established frameworks.