With one casual line, Sasheer Zamata just made Marvel history.

The Saturday Night Live alum recently joined the MCU as Jennifer Kale, a witch-turned-wellness guru with a penchant for potions. In Agatha All Along, she serves as an ally to Agatha Harkness (Kathryn Hahn), and in the series’ latest episode, she became the first to acknowledge an infamous comic-book character on-screen.

MCU Easter eggs aside, Agatha All Along series is a notable departure for Marvel and even its most magic-centric projects. For a show about a coven of witches, it’s surprisingly down to earth. The main characters don’t possess wild superpowers like Scarlet Witch or Doctor Strange. Most of them, like Zamata’s Jennifer, have been stripped of whatever powers they once had and forced to rely on good old-fashioned craft work.

“For a Disney show, I was surprised at how deep into witch stuff we were getting,” Zamata says. “This show is created by people who also are nerdy about witch lore and rituals, and it’s very cool to be a part of a project like that. A lot of research went into this.”

That research shines through in the latest episode of Agatha All Along, which also serves as a spotlight for the character. As the series kicks into a higher gear, Inverse caught up with Zamata to tease all that’s in store for the coven of chaos.

One of humanity’s best telescopes, the James Webb Space Telescope (JWST), recently spied on Charon — the largest moon of Pluto, which is the reigning king of trans-Neptunian objects (TNOs) that got overthrown from its planet status in 2006.

NASA’s New Horizons space probe flew by Pluto and Charon back in 2015. But there were still many questions unanswered about the former planet and its moon. Now, a study published Tuesday describes JWST’s newest findings: A special instrument on the telescope found evidence that Charon contains hydrogen peroxide, likely formed as the Sun sprayed energetic particles, in the form of solar wind, and ultraviolet light onto Charon’s ice-rich surface. Cosmic rays, which rained down from other corners of the Milky Way galaxy, seem to have broken up Charon’s ice.

Scientists also discovered carbon dioxide on Charon. It sits as a solid “veneer” atop the icy surface, according to a statement from the Southwest Research Institute (SwRI), whose researchers worked on the new paper, published in the journal Nature Communications.

“The detection of carbon dioxide was a satisfying confirmation of our expectations,” says Silvia Protopapa, the lead author of the paper and a principal scientist at the Southwest Research Institute’s Boulder, Colorado office. “Our analysis demonstrates that the surface of Charon preserves records from both formation and irradiation processes. These results represent a benchmark for detailed studies of midsized TNOs beyond Neptune.”