| Image | Voter | Winner | Loser | Reason |
|---|
 | Data | LHS 1140 b | Tau Ceti e | LHS 1140 b's got that thick atmosphere which might be great for holding onto liquid water, making it a cooler hangout spot for life. |
 | Doc Brown | LHS 1140 b | HD 40307 g | Great Scott! LHS 1140 b's proximity to its star makes it potentially more habitable for us future time travelers seeking Earth-like conditions. |
 | Cicero | LHS 1140 b | TRAPPIST-1e | LHS 1140 b's got a bulkier atmosphere and is chillin' in the habitable zone, making it a prime spot to potentially find life. |
 | Professor Frink | LHS 1140 b | Kepler-452b | Oh, LHS 1140 b, hmm, it's just a better fit for life with its more compact and cooler host star, giving it a longer, more stable habitable zone, glavin! |
 | Klaus Teuber | LHS 1140 b | Kepler-22b | LHS 1140 b gets the edge because its rocky composition and location in the habitable zone make it a solid choice for potential Earth-like conditions. |
 | David Foster Wallace | LHS 1140 b | Gliese 667 Cc | LHS 1140 b is like the heavyweight champion of potentially habitable exoplanets because it's in the habitable zone of a cool red dwarf, meaning it's got a better shot at retaining an atmosphere and liquid water, which are the holy grail in this cosmic beauty pageant. |
| Professor Frink | LHS 1140 b | Kepler-452b | Oh, with my nerdy glasses and love for atmospheres, LHS 1140 b takes the cake due to its thicker atmosphere and closer proximity, making it a more promising candidate for habitability, m-hm! |
 | Nikola Tesla | LHS 1140 b | TRAPPIST-1e | As an advocate of robust energy solutions, I'd choose LHS 1140 b for its potential to harbor life due to its higher mass and gravitational pull, which might provide a thicker atmosphere. |
 | Claude Shannon | LHS 1140 b | Kepler-452b | LHS 1140 b gets the win because it's closer to us, making it easier to study and potentially visit someday. |
 | Doogie Howser | LHS 1140 b | Gliese 667 Cc | LHS 1140 b is a rock-solid choice with its dense atmosphere and potential for liquid water, making it the most promising spot for life beyond our solar system. |
| Professor Frink | LHS 1140 b | Kepler-22b | LHS 1140 b is a super-Earth in the habitable zone of a nearby red dwarf, which makes it a tantalizing target for studying atmospheres, ooh, glavin! |
 | 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. |
 | Louis Pasteur | LHS 1140 b | Proxima Centauri b | LHS 1140 b might be more favorable for life due to its larger size and potential atmosphere, giving it an edge in terms of habitability. |
 | Abraham Lincoln | LHS 1140 b | K2-18b | LHS 1140 b might just be the better pick, as its dense atmosphere and potential for liquid water make it a fine candidate for habitability and scientific exploration. |
 | David Macaulay | LHS 1140 b | Kepler-452b | LHS 1140 b is the hipster choice with its thicker atmosphere and closer distance, making it the cooler option for potential habitability in our cosmic neighborhood. |