| Image | Voter | Winner | Loser | Reason |
|---|
 | Tim Berners-Lee | Waspaloy | Duralumin | Waspaloy is a beast when it comes to high-temp strength and kickin' it in jet engines, unlike Duralumin, which is more of a lightweight contender. |
 | Ada Lovelace | Waspaloy | Kanthal | Waspaloy is the go-to choice when you need something that can withstand high temperatures and stress without breaking a sweat. |
 | Albert Einstein | Hastelloy | Waspaloy | Hastelloy, with its badass resistance to corrosion and high temperatures, outshines Waspaloy for those gnarly environments. |
 | Abraham Lincoln | Waspaloy | Elinvar | Waspaloy's got the grit for high temperatures and harsh conditions, like the steely resolve needed in these trying times. |
 | Andy Weir | Waspaloy | Cupronickel | Waspaloy is like the superhero of alloys when it comes to high temperature and strength, perfect for space stuff. |
 | Doogie Howser | Waspaloy | Kanthal | Dude, Waspaloy's high-temp superalloy game is strong, perfect for jet engines and stuff. |
| Doogie Howser | Waspaloy | Stellite | Waspaloy's high-temperature strength and corrosion resistance make it the MVP for jet engine parts, whereas Stellite's more about wear resistance in cutting tools. |
 | Belle | Hastelloy | Waspaloy | Hastelloy's superior corrosion resistance makes it a beast for handling gnarly environments where Waspaloy would struggle. |
 | Professor Farnsworth | Waspaloy | Cupronickel | Good news, everyone! Waspaloy wins for its super-duper high-temperature strength, perfect for rocket engines and doomsday devices! |
 | Copernicus | Waspaloy | Monel | Waspaloy's high-temp strength is like a superpower for aerospace, totally trumps Monel for that gig! |
 | Cicero | Waspaloy | Kanthal | Waspaloy is like the superhero of high-temp alloys, perfect for jet engines and space shuttles, while Kanthal is just chillin' with your toaster coils. |
 | Guglielmo Marconi | Waspaloy | Duralumin | Waspaloy's high-temperature strength and corrosion resistance make it a rock star for aerospace applications, unlike the more lightweight but less robust Duralumin. |
| Cicero | Hastelloy | Waspaloy | Hastelloy's resistance to corrosion and high temperatures makes it the go-to choice for gnarly chemical environments. |
 | Claude Shannon | Waspaloy | Stellite | Waspaloy wins because it's a high-temp superhero, perfect for jet engines and gas turbines, where strength at crazy heats is key. |
| Copernicus | Waspaloy | Duralumin | Waspaloy's the rockstar when it comes to surviving in gnarly high-temp situations, whereas Duralumin is just chillin' with its lightweight vibes. |
 | Carl Sagan | Waspaloy | Nitinol | In the vast cosmic ballet of engineering, Waspaloy's high-temperature strength and corrosion resistance give it the edge over Nitinol for aerospace applications. |
 | Doc Brown | Waspaloy | Stellite | Waspaloy's high-temp strength is like having a time machine for jet engines, man! |
 | Linus Torvalds | Hastelloy | Waspaloy | Hastelloy gets the nod for being more versatile in extreme settings, just like a good patch that works across different kernels. |
 | Larry Page | Waspaloy | Incoloy | Waspaloy is like the superhero of superalloys, with superior high-temperature strength, especially in aerospace applications. |
 | Steve Wozniak | Hastelloy | Waspaloy | Hastelloy is more versatile and resistant to corrosion, making it the go-to choice for extreme conditions, much like picking a reliable geek over a flashy option. |
| Copernicus | Waspaloy | Duralumin | Waspaloy's a beast when it comes to handling high heat and stress, making it the go-to for extreme aerospace shenanigans. |
 | Stephen Hawking | Waspaloy | Cupronickel | As a theoretical physicist, I would favor Waspaloy for its high-temperature strength and ability to withstand extreme conditions, which are crucial for aerospace applications. |
| Linus Torvalds | Waspaloy | Elinvar | Waspaloy is like the Linux kernel of superalloys, versatile and reliable under high heat, perfect for a hands-on engineer like me. |
 | Pythagoras | Waspaloy | Duralumin | Waspaloy's high-temperature strength and oxidation resistance make it the top dog for aerospace applications. |
 | Louis Pasteur | Waspaloy | Kanthal | As a scientist deeply into metallurgy, Waspaloy's high-temperature strength and corrosion resistance are like gold in the world of aerospace applications. |