What is “Star Wars” Science?
“Star Wars” Science is a series of four stories with University of Arizona researchers applying real-world science to the classic American sci-fi saga. The series features interviews with researchers in optics, space systems engineering, robotics, and psychology.
What will you find in “Star Wars” Science?
Lots of awesome stuff. Here’s the gist:
- The Death Star: Systems engineer Roberto Furfaro addresses the proverbial elephant in the room. Ventilation holes in a spacecraft? Yes, it’s just as stupid as we thought. The Death Star is the size of the moon, and the bigger the spacecraft, the more heat it produces. How the engineers of the Death Star chose to deal with that heat was lazy, “terrible” design, according to Furfaro. A good systems engineer would’ve done better risk analysis and used radiators instead of holes to solve the Death Star’s heat problem. Read the full story: Risk Analysis of the Death Star Thermal Exhaust Port Design
- BB-8: According to world-renowned roboticist Wolfgang Fink, a BB-8-like rover that would be used for planetary exploration isn’t all that crazy. But how would we build one? He’s got some ideas. BB-8’s soccer-ball-like body is a smart choice, according to Fink, and a natural progression from its predecessors. By comparison, BB-8’s spherical, minimalistic body makes it a good candidate for covering rugged terrain and swimming. Fink says if he were to design a BB-8-like rover for planetary exploration, he’d probably use heavy-duty magnets for the head to control the movement of the body. Read the full story: How could BB-8 work?
- Lightsabers: Shouldn’t we have these by now? Optical scientist Jason Jones says it’s not so easy. Light physics are complicated. Light is made of photons, which don’t like to interact with each other, so sword-fighting with light would be futile. Plus, you’d need a really big battery. “Like in a lot of cool, important technological areas, batteries are the bottleneck,” says Jones. Read the full story: The Lightsaber's Energy Crisis
- Nostalgia: We grew up with “Star Wars.” We love it. Social psychologist Jeff Greenberg, who studies cinema, tells us how that affects our expectations for new “Star Wars” films. According to Greenberg, the reason kids who grew up on “Star Wars” remain emotionally invested in the franchise is twofold: it’s nostalgic, and most people are naturally inclined towards things that are familiar. “People are so invested in it being done right and in a way that resonates with an important part of their childhood. ‘Star Wars’ means a lot to people,” he says. Read the full story: For "Star Wars" Fans, Nostalgia Shapes Expectations
Why did we create this series?
Quite simply, UA researchers are self-proclaimed nerds. They also happen to have expertise in the real-world science and technology driving the fantastical world of “Star Wars.” Before the release of “Star Wars: The Force Awakens” in December 2015, we called on four nerdy researchers to answer our most pressing “Star Wars” questions. They each agreed to meet with us and share their thoughts. We were surprised to find, not only had they thought about “Star Wars” science extensively, but some of the sci-fi presented in our favorite movies isn’t that far off from reality. Lastly, (and not to toot our own horn, but) with our long tradition of excellence in research areas ranging from space sciences to optics to informatics, only the University of Arizona can offer this unique perspective on “Star Wars.” Don’t believe us?
The University of Arizona is:
- A top 20 public research university
- Ranked the number one among observational, theoretical, and space astronomy program in the United States (NSF 2015)
- A world leader in astronomy, leading or partnering in running over 20 unique telescopes across the globe
- Responsible for the discovery of more than half (52%) of all near-earth asteroids and comets
(Told you so). Happy reading, and may the force be with you.