EU Visitor Notice: This Website Uses Cookies

This website uses cookies to improve user experience, to provide analytical data to better serve our visitors, and to serve advertising to fund our operations. By using our website you consent to all cookies in accordance with our Privacy & Cookie Policy.

Your preference will be saved for 90 days, or until you clear your browser cookies.

Learn More

The Physics of Thor: How Does He Fly?

by Kenny Hoeschen
The Physics of Thor: How Does He Fly?zoom in

With Thor: The Dark World in theaters now, Kyle Hill of Scientific American looks at the physics behind Thor’s ability to fly. Although Neil deGrasse Tyson calculated that Mjolnir would weigh the equivalent of 300 billion elephants, many Thor fans point out that the hammer only weighs about 42 pounds. According to the early comics, both are correct: Mjolnir is simultaneously incredibly massive and light enough to hold.

Fortunately, Hill discussed this issue with the go-to guy, James Kakalios, author of The Physics of Superheroes. As it turns out, the answer is in the comics themselves: Marvel Comics’ Indestructible Hulk No. 8 reveals that Mjolnir can effectively change its mass by emitting graviton particles. To fly, Thor simply swings the hammer at great speed and flies with the aid of all that momentum.

And, if you don’t accept all the physics around Mjolnir’s graviton-altering abilities and momentum, don’t forget magic and the fact that Thor is a Norse god. Take a look at Hill’s full article to learn more about the physics behind Mjolnir, including how can Thor summon the hammer from great distances.

Thumbnail image courtesy of Waldemar Lene Chaves

Home | About | Suggest | Contact | Team | Links | Privacy | Disclosure    ©2012-2023 Awesomer Media