SWIM – Surfing Radio Waves to Detect Liquid Water in the Solar System The SWIM project is at the forefront of space exploration, focusing on the detection of liquid water and the conditions for habitability within the icy crusts of Jupiter’s Galilean moons: Europa, Ganymede, and Callisto. scroll down w

The Initiative

This ambitious initiative is closely tied to the next generation of space missions, including the ESA JUICE (JUpiter ICy moons Explorer) mission, launched in 2023, and NASA's Europa Clipper mission, launched in October 2024. SWIM aims to establish a one-of-a-kind laboratory at Roma Tre University, positioning itself as a global leader in advanced planetary research. This state-of-the-art research center will play a pivotal role in supporting the radar observations and measurements acquired by these groundbreaking missions. Through detailed analyses of the collected data, SWIM will provide unprecedented insights into the depth, extent, and chemical-physical properties of liquid water hidden beneath the icy surfaces of Jupiter's moons.

Average temperature on the surface of Jupiter.

Earth-Jupiter distance.

“SWIM will open new frontiers in the field of ice physics. It will address critical scientific questions, not only in the quest for water and extraterrestrial life but also in enhancing our understanding of how climate change is impacting Earth’s cryosphere.”

Elena Pettinelli, Leader of SWIM

Who we are

Our Scientists

Prof. Elena Pettinelli

Project Leader

Ph.D Barbara Cosciotti

COORDINATOR LABORATORY ACTIVITY

Prof. Elisabetta Mattei

CO-SUPERVISOR

Prof. Sebastian Emmanuel Lauro

CO-SUPERVISOR

Prof. Fabio Cammarano

CO-SUPERVISOR

Prof. Paola Gallo

CO-SUPERVISOR

Prof. Laura Lupi

CO-SUPERVISOR

Prof. Marta Perrotta

DISSEMINATION AND COMMUNICATION

SWIM Project

The SWIM project represents a cornerstone for the future of space exploration, advancing humanity’s ability to investigate distant worlds while delivering transformative tools for understanding climate dynamics on Earth. By bridging planetary science with terrestrial applications, SWIM exemplifies how research driven by curiosity about the universe can yield solutions to some of the most pressing challenges we face as a species. SWIM is not only a leap forward in the search for life and water beyond Earth but also a vital contributor to the global effort to address climate change and inspire the next generation of scientists and explorers.