Breaking Down the Science of Sci-Fi Worlds at AwesomeCon

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Planetary Science
From Dune to Mustafar, a panel of planetary scientists delved into the real-world science behind some of pop culture’s most iconic fictional worlds
AwesomeCon Intro Shot

Last week, Carnegie Science brought exoplanetary research to D.C.’s favorite comic convention with a stellar panel titled “Exploring the Science of Sci-Fi Planets.” The session drew an enthusiastic crowd of around 175 Awesome Con attendees eager to blend their love of science fiction with real, research-backed details about the tremendous diversity of worlds beyond our Solar System.

Over an action-packed hour, a dynamic panel of planetary scientists from Carnegie’s Earth and Planets Laboratory (EPL) delved into the real-world science behind some of pop culture’s most iconic fictional worlds—from the windswept deserts of Arrakis to the icy moons of Andoria.

Moderated by EPL Director Dr. Mike Walter, the panel featured a multidisciplinary lineup:

  • Chris Carchedi (Seismologist)
  • Andrea Goltz (Geophysicist)
  • Anirudh Prabhu (Informatics)
  • Nicole Wallack (Astronomer)
  • Mike Wong (Astrobiologist)


Together, they tackled questions like:

🌍 How do desert worlds like Arrakis or Tatooine form?

🌊 Could a Jupiter-sized water world, as seen in One Piece, actually exist?

🌋 Could strange life evolve on a lava world like Mustafar?

One of the most exciting parts of the conversation was hearing how each scientist’s field offered a different take on the same planetary puzzle. Whether it was magnetic fields, planetary cores, plate tectonics, or biosignatures, the on-stage cross-talk revealed just how rich and complex real planet formation—and habitability—can be.


The cosmic takeaway? 

While sci-fi worlds push the boundaries of imagination, many of them are rooted in real science. And with trillions of planets in our galaxy—and even more galaxies beyond—it’s not just possible, but likely, that strange new worlds like the ones we imagine are out there, waiting to be discovered. (Whether or not their inhabitants speak English is another story.)

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