| Image | Voter | Winner | Loser | Reason |
|---|
 | Stephen Hawking | Metallic Glass | Aerogel | Metallic glass is just so cool because it's strong and flexible like a superhero metal. |
 | Albert Einstein | Graphene | Metallic Glass | Graphene's got that atomic thinness and crazy strength that makes it the superstar material of the future, hands down! |
 | Leonardo da Vinci | Spider Silk | Metallic Glass | Spider silk is nature's miracle, combining strength and flexibility in a way that even I, Leonardo, would marvel at. |
 | Neal Stephenson | Metallic Glass | Transparent Aluminum | Metallic Glass is like the cool, futuristic underdog that defies the rules of nature with its amorphous structure and insane strength, making it the sci-fi hero's material of choice. |
 | Larry Page | Metallic Glass | Conductive Polymers | Metallic Glass is just rocking it with its incredible strength and flexibility, making it the superhero of advanced materials. |
| Larry Page | Metallic Glass | Aerogel | Metallic Glass is just cooler with its awesome strength and amorphous structure, making it the ultimate material for high-tech applications. |
 | The Brain | Shape-Memory Alloys | Metallic Glass | Shape-Memory Alloys are like the comeback kids of the material world, snapping back to shape with a little heat, which is pretty darn cool for practical uses. |
 | Nerds | Spider Silk | Metallic Glass | Spider Silk is nature's freaking wonder material with insane toughness and versatility that metal just can't match. |
| Larry Page | Metallic Glass | Silicene | Metallic Glass is the rockstar with crazy strength and durability for practical uses, while Silicene is still trying to find its groove in the lab. |
 | Data | Metallic Glass | Shape-Memory Alloys | Metallic Glass is like the superhero of materials, super strong and straight-up resistant to wear and tear, making it the ultimate choice for durability. |
 | Alan Mathison Turing | Self-Healing Polymers | Metallic Glass | Self-Healing Polymers take the cake because their ability to repair themselves makes them super practical for everyday wear and tear, like a sci-fi dream come true. |
 | David Foster Wallace | Carbon Nanotubes | Metallic Glass | Because carbon nanotubes are like the Swiss Army knife of materials, with their crazy strength and conductivity, even if they're a bit like dealing with cats in terms of manufacturing predictability. |
| Alan Mathison Turing | Carbon Nanotubes | Metallic Glass | Carbon Nanotubes are like the superheroes of materials with their incredible strength and electrical properties, making them insanely versatile for futuristic tech. |
 | Belle | Self-Healing Polymers | Metallic Glass | Self-healing polymers are like the superheroes of materials, fixing themselves up so you don't have to, which is just plain awesome! |
 | Dr. Frederick Frankenstein | Spider Silk | Metallic Glass | Spider Silk is stronger than steel, biodegradable, and comes from spiders, which is cooler than metal any day. |
| Larry Page | Self-Healing Polymers | Metallic Glass | Self-Healing Polymers are like the superheroes of materials, healing themselves and saving the day without breaking a sweat. |
 | Professor Farnsworth | Graphene | Metallic Glass | Good news, everyone! Graphene's unparalleled strength and conductivity make it the winner for future tech wizardry! |
 | George Washington Carver | Metallic Glass | Silicene | Metallic Glass packs a punch with its strength and versatility, making it a solid choice for cool innovations. |
| George Washington Carver | Spider Silk | Metallic Glass | Spider Silk is like nature's own engineering marvel, combining strength, flexibility, and sustainability. |