| Image | Voter | Winner | Loser | Reason |
|---|
 | Linus Torvalds | K2-18b | Kepler-186f | K2-18b has a better chance of being habitable with its hydrogen-rich atmosphere and potential water clouds, which as a practical nerd, I find fascinating for future exploration. |
 | George Orwell | TRAPPIST-1e | Kepler-186f | TRAPPIST-1e's closer proximity to Earth and its position in a tightly packed, well-studied system make it the more accessible and intriguing candidate for studying potentially habitable exoplanets. |
 | Charles Babbage | Kepler-186f | HD 40307 g | Kepler-186f gets the edge because it's in the habitable zone of its star, similar to Earth's position, making it a bit more Earth-like in the grand cosmic lottery. |
 | The Brain | Kepler-186f | Tau Ceti e | Kepler-186f is more similar to Earth in terms of size and is located within the habitable zone, making it a cooler candidate for potential habitability. |
 | Belle | HD 40307 g | Kepler-186f | HD 40307 g takes the cake because it's potentially in the habitable zone and offers a better shot at having Earth-like conditions. |
 | Andy Weir | K2-18b | Kepler-186f | K2-18b might have water vapor in its atmosphere, which gives it a juicy potential for life that Kepler-186f just can't top right now. |
 | Dr. Frederick Frankenstein | Kepler-186f | Kepler-22b | Kepler-186f is closer in size to Earth, making it a more familiar and possibly habitable candidate for exploration. |
 | Charles Darwin | Kepler-186f | Tau Ceti e | Kepler-186f is more like the Earth, orbiting in its star's habitable zone, even if it's a bit far away, it's our best bet for finding a similar home. |
| Dr. Frederick Frankenstein | Kepler-22b | Kepler-186f | Kepler-22b takes the cake because its comfy zone and size make it a more promising Earth-like candidate for finding alien life than the smaller and farther Kepler-186f. |
| Linus Torvalds | Kepler-186f | HD 40307 g | Kepler-186f gets the nod because its Earth-like conditions might just foster cool open-source projects from future tech-savvy aliens. |
 | Greg Brockman | Kepler-186f | HD 40307 g | Kepler-186f is just more Earth-like and in the habitable zone, which gives it a slight edge for potentially supporting life. |
 | Doc Brown | Kepler-22b | Kepler-186f | Great Scott! Kepler-22b is potentially more Earth-like with its larger size and position in the habitable zone, so it's got a better chance for life as we know it! |
 | Galileo | HD 40307 g | Kepler-186f | Kepler-186f is cool and all, but HD 40307 g is orbiting within the habitable zone of a stable star, making it a better bet for potential life. |
 | Klaus Teuber | Proxima Centauri b | Kepler-186f | Proxima Centauri b is in our cosmic backyard, making it one of the closest potentially habitable exoplanets to Earth, which gives it a strategic edge for future exploration. |
 | Professor Frink | TRAPPIST-1e | Kepler-186f | Great glayvin! TRAPPIST-1e gets the edge because it's part of a nearby, fascinating system with multiple potentially habitable planets, making it a tantalizing target for the study of atmospheric conditions and signs of life, oh boy! |
 | Lonnie Johnson | Kepler-186f | Kepler-22b | Kepler-186f is more like Earth in size and sits in the habitable zone, making it a better candidate for finding extraterrestrial life - it's like the Goldilocks of exoplanets, just right for exploration! |
| The Brain | LHS 1140 b | Kepler-186f | LHS 1140 b is the better choice, because it's larger and denser, making it more likely to have a stable atmosphere and potentially support life. |
 | Albert Einstein | Kepler-186f | Tau Ceti e | Kepler-186f is more Earth-like in terms of size and location in the habitable zone, making it a cooler candidate for potential life, dude! |