How students transformed research into art and narrative

As part of the Dynamical Oceanography course, Climate Physics master’s students from IMAU were challenged with an unconventional assignment: to think beyond equations and develop their science communication skills. Their task? To create a product aimed at Physics bachelor students that explains the science behind two recently published physical oceanography papers. Striking the right balance between scientific rigour and engaging storytelling was key.

Three students in particular, Charlotte Geiger, Tessa Kwadijk, and Samuele Stante, rose to the challenge with remarkable creativity and impact.

Charlotte created a hand-drawn comic that translates complex ocean dynamics into accessible language, while also taking readers on an emotional journey through the science of the Gulf Stream. Reflecting on her inspiration, Charlotte shared:

“When I was younger, I often watched the movie "Wickie und die starken Männer", about a young Viking child who solves problems with creativity and wit. Years later, I was surprised to find that the same principle applies to physics when solving complex problems. This comic is a personal reminder of that connection. It encourages me, and hopefully others, to embrace the role that creativity plays in scientific fields. Sometimes, the most impactful solutions come from a moment of inventive thinking!”

Meanwhile, Tessa and Samuele used the power of narrative to transport readers aboard real-world research expeditions. Tessa crafted an imaginative account of a CTD (conductivity/temperature/depth sensor) deployment in the Great Whirl off the coast of Somalia, writing with such vivid detail that you’d think she was part of the crew. Samuel tackled the challenge of explaining ocean eddies with clarity and flair, transforming the complex dynamics of eddies into a captivating story that’s both informative and enjoyable to read.

All three projects demonstrate that science communication isn’t just about simplifying facts—it’s about sparking curiosity and making science feel human and relevant. These students remind us that sometimes a well-drawn wave or a gripping narrative can speak louder than a thousand formulas.

Jimena Medina Rubio