Star Trek: Discovery is cracking open a box Next Gen closed on purpose
Calling back to a single 30-year-old episode of television is a time-honored Star Trek tradition, one that’s led the franchise to some of its most fascinating detours. And in its two-episode season premiere, Star Trek: Discovery seems to be kicking off an entire season calling back to one particular episode of Star Trek: The Next Generation.
And not just any episode! The 1993 installment of Next Gen in question delivered a revelation so seemingly earth-shaking that it should have rewritten galactic politics on a massive scale. But then, as was the way in the 1990s era of episodic TV, nobody ever mentioned it again.
At least until now.
[Ed. note: This piece contains spoilers for the first two episodes of Star Trek: Discovery season 5.]
Writer Michelle Paradise and director Olatunde Osunsanmi lay out the connection at the end of the first of two episodes released this week, “Red Directive.” Discovery’s mission is to follow a series of ancient clues leading to a cache of ancient technology, and to get there before a couple of professional thieves, Moll (Eve Harlow) and L’ak (Elias Toufexis), do.
The technology, as Doctor Kovich (David Cronenberg) explains, belongs to the so-called Progenitors, a barely understood ancient spacefaring species that “created life as we know it […] every humanoid species in the galaxy.” Presumably such tech holds the key to understanding how the Progenitors did that, and how that power could be used again.
Kovich also calls up a helpful video presentation of the moment the Progenitors were discovered by an assembled group of Federation, Klingon, Romulan, and Cardassian captains, including Jean-Luc Picard. But you don’t have to be a Star Trek lore nerd to know you’re actually just looking at clips from an episode of Star Trek: The Next Generation.
Specifically, from the 20th episode of Star Trek: The Next Generation’s sixth season, “The Chase,” in which Picard and crew discover pieces of a computer program hidden inside the DNA of
Read more on polygon.com
