Europa Unveiled: A Multi-Wavelength Analysis

Trinity A. Ward

This study uses multi-wavelength spectroscopy to analyze the compositional structure of Jupiter’s icy moon, Europa, with data from various space missions including the New Horizons spacecraft. The spectral data, spanning a wavelength range of 0 to 2.5 micrometers, is analyzed using Python libraries to create a comprehensive spectrum. This approach identifies several distinct spectral features associated with different compounds, enhancing our understanding of Europa’s composition and potential biological characteristics. Europa’s icy surface and high-water content make it a promising candidate in the search for life within our solar system. The detection of compounds that could potentially support microbial life underscores Europa’s importance for future celestial studies. The findings emphasize the need for continued exploration, particularly with the upcoming Europa Clipper mission by NASA set to launch in October of 2024.

• Trinity Ward is a senior from Hopkins, South Carolina pursuing a bachelor’s degree in chemistry. During her time at Lander, she was a member of the pre-professional and sign language clubs. Outside of school, Trinity hosts a glassmaking workshop and spends her time volunteering with the HOPE Worldwide organization.