How Dark Matter Just Cleverly Outsmarted the Multiverse’s Biggest Trap
If you take a step back and think about it, telling a story across an infinite expanse of parallel realities is a narrative minefield. Personally, I think most writers eventually fall into the exact same lazy trap: they lean too heavily on cosmic coincidence just to keep their characters colliding. We have infinite worlds, yet somehow, everyone keeps bumping into each other at the exact same spots. But what makes this particularly fascinating is how Dark Matter Season 2, Episode 6, titled "What the Universe Is Made Of," chose to tackle this exact critique head-on by weaponizing quantum mechanics.
The Problem With Infinite Possibilities
In my opinion, infinity is a storyteller's best friend and worst enemy simultaneously. When literally anything can happen and every reality branches out infinitely, narrative stakes can suddenly evaporate into thin air. If a character can just pop up anywhere across an endless sea of dimensions, every reunion feels less like a miraculous emotional payoff and more like an astronomical cheat code.
One thing that immediately stands out in this episode is how the show addresses this suspension of disbelief crisis. When Jason Dessen finds himself sitting across from Blair Caplan—someone left behind in a plague-ridden dystopia back in Season 1—in a completely different reality, it initially feels like a bridge too far. You find yourself rolling your eyes, thinking, "Come on, what are the odds in an infinite multiverse?" But instead of sweeping the absurdity under the rug, the writers brilliantly lean right into it.
Turning Physics Into Narrative Armor
What many people don't realize is that sci-fi television rarely bothers to explain away its own structural shortcuts. Shows usually just expect us to swallow massive coincidences and move on without asking questions. From my perspective, the creative team did something remarkably clever here by introducing the concept of quantum entanglement to justify character collisions.
As Jason nerds out at a local cafe, explaining how particles separated by trillions of miles can remain subatomically linked, he has no idea he is living proof of his own theory. A detail that I find especially interesting is how seamlessly this concept bridges hard science with human drama. Is it scientifically bulletproof in the strictest textbook sense? Probably not. But dramatically, it is an absolute masterstroke. It reframes what looks like a glaring plot hole into an intentional, in-universe feature:
- The Box as a Catalyst: The device doesn't just transport physical bodies across dimensions; it weaves an invisible web connecting those who share its use.
- Pre-existing Bonds: As Blair suggests, perhaps the characters were always tethered to one another, regardless of timeline divergence.
- Prioritizing Emotion: It puts narrative necessity and emotional resonance ahead of cold, unfeeling mathematical probability.
What This Really Means for Storytelling
This raises a deeper question about how we consume speculative fiction. We often demand absolute logic from shows featuring multiverses, yet we readily forgive narrative conveniences because we care deeply about the people on screen.
What this really suggests is that great science fiction isn't just about the mechanics of the technology; it's about emotional gravity. By proposing that these characters are entangled on a fundamental, quantum level, the show gives us a poetic excuse for why their paths refuse to stay separated. It tells us that human connection is powerful enough to bend the multiverse to its will. Personally, I find that explanation a lot more satisfying than just shrugging and accepting bad odds.
