My Enceladus Research Journey: Building a Scientific Study from Scratch
This page is for me to record the process of creating my very first research paper, on the evolutionary adaptations and characteristics life would have to have to survive on one of Saturn’s moons, Enceladus.
Rather than only presenting final conclusions, this blog captures the full research process, including how my ideas evolved, how I designed my methodology, and how I interpreted scientific data.
The goal is to make the process of scientific research more transparent and accessible, especially for students interested in astrobiology or any related research like me.
Why Enceladus?
Enceladus is one of the most promising locations in the solar system for the search for life beyond Earth. Data from NASA’s Cassini mission revealed water rich plumes containing hydrogen, organic compounds, and salts strong evidence of a subsurface ocean and possible hydrothermal activity.
These conditions are similar to deep-sea hydrothermal vents on Earth, where life exists without sunlight, relying on chemical energy instead.
Research Question
I started with one curious question. If life exists in Enceladus’ hydrothermal ocean, what would its ecosystem and food web look like, and which shared morphological and physiological traits would organisms need in order to survive?
This question guided the entire direction of my research and helped define the parameters I focused on, including temperature, pH, pressure, and energy sources.
https://adityaangadi-cosmos.github.io/Enceladus-Survival-Compatibility-Cube/
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Cosmos Alive 