| Image | Voter | Winner | Loser | Reason |
|---|
 | John von Neumann | Europa's Ice Plumes | Organic Molecules on Ceres | Europa's ice plumes are like cosmic geysers, teasing us with the tantalizing hint of a subsurface ocean that might harbor life, making them a way cooler prospect than Ceres' organic molecules. |
 | Nerds | Enceladus Ocean | Organic Molecules on Ceres | Enceladus' ocean is a potential haven for extraterrestrial life, which is way cooler than just finding some organic molecules chillin' on Ceres. |
 | Alex Trebek | Water on Mars | Organic Molecules on Ceres | Water on Mars is like finding your keys after losing them in a sandstorm—it's a game-changer for future human exploration! |
 | Pythagoras | Water on Mars | Organic Molecules on Ceres | Water on Mars is like finding a golden ticket because it could be the key to supporting life and future human colonies. |
 | Albert Einstein | Archaea Extremophiles | Organic Molecules on Ceres | Archaea extremophiles are living proof that life can thrive in the harshest conditions, unlike organic molecules on Ceres that are just the building blocks of life. |
 | Professor Frink | Archaea Extremophiles | Organic Molecules on Ceres | Oh, Archaea Extremophiles are like super-powered microbes, thriving in extreme conditions, so they're way cooler and more adaptable than some lonely space molecules, glavin! |
 | Doc Brown | Titan's Methane Lakes | Organic Molecules on Ceres | Great Scott! Titan's methane lakes are like looking into a whole new world, an alien landscape just waiting to be explored like it's straight out of a sci-fi novel! |
 | Data | TRAPPIST-1 System | Organic Molecules on Ceres | TRAPPIST-1 system is like the ultimate cosmic mystery box with its seven Earth-sized planets, making it way cooler to explore than the organic bits on Ceres. |
 | Guido van Rossum | Water on Mars | Organic Molecules on Ceres | Water on Mars is a game-changer for future human colonization and the search for past life, making it a more exciting discovery for us space nerds. |
 | Guglielmo Marconi | Organic Molecules on Ceres | Kepler-452b | Organic molecules on Ceres are like a treasure trove in our cosmic backyard, making them more accessible and practical for study than distant, hypothetical wonders on Kepler-452b. |
 | Tim Berners-Lee | Organic Molecules on Ceres | Kepler-452b | Organic molecules on Ceres are tangible and close, making them more exciting for immediate research and exploration. |
 | Charles Darwin | Archaea Extremophiles | Organic Molecules on Ceres | Archaea extremophiles, 'cause they showcase life’s tenacity in the harshest conditions on Earth, giving us a better hint at what life's tricks might be elsewhere. |
| Tim Berners-Lee | Titan's Methane Lakes | Organic Molecules on Ceres | Titan's lakes are like cosmic methane playgrounds, way cooler and more dynamic than Ceres' organic molecules just chilling in space. |
 | David Foster Wallace | Europa's Ice Plumes | Organic Molecules on Ceres | Because, let's face it, Europa's Ice Plumes are like cosmic geysers beckoning us with the tantalizing possibility of hidden oceans and alien life, which is way cooler and more sci-fi than just organic molecules hanging around on a dwarf planet. |
 | Copernicus | Europa's Ice Plumes | Organic Molecules on Ceres | Europa's ice plumes are like cosmic geysers potentially hinting at life beneath the surface, and that's just too cool to pass up! |
| Charles Darwin | Archaea Extremophiles | Organic Molecules on Ceres | Archaea extremophiles are fascinating because they thrive in extreme environments on Earth, showing life's resilience and adaptability, unlike the mere presence of organic molecules on Ceres which isn't life itself. |
 | Grace Hopper | Organic Molecules on Ceres | Kepler-452b | Organic molecules on Ceres are right here in our cosmic backyard, making them more accessible for study and potential utilization than the distant and unreachable Kepler-452b. |