My Stаr Trek: Dіsсovery Tһeory Cаn Exрlаіn How Voyаger Got Lost In Tһe Deltа Quаdrаnt

I have a Star Trek: Discovery theory that can explain how the USS Voyager got lost in the Delta Quadrant in the first place. To make Star Trek: Voyager's unique premise work, Captain Kathryn Janeway's (Kate Mulgrew) USS Voyager crew had to actually get to the other side of Star Trek's galaxy with unprecedented speed. Voyager's premiere episode, "Caretaker", handwaves Voyager's nearly instantaneous travel with the Caretaker's (Basil Langton) "methods beyond your comprehension". The Caretaker seems humanoid, but that's a holographic cover for the "sporocystian life signs" detected on the Caretaker's array, suggesting the Caretaker is a sentient fungus.

22 years after Star Trek: Voyager's premiere, Star Trek: Discovery debuts as a new Star Trek show set 115 years before the USS Voyager's fateful first voyage. The USS Discovery is one of two Starfleet vessels outfitted with a spore drive—a never-before-seen experimental system designed by Discovery's Paul Stamets (Anthony Rapp). The USS Discovery's spore drive instantaneously transports the starship through the mycelial network, which connects points in the multiverse via the subspace root system of the Prototaxites stellaviatori fungus. One drawback is that the spore drive needs a sentient navigator to guide the starship along the sprawling network.

I Think The USS Voyager Got To The Delta Quadrant Through Star Trek: Discovery's Mycelial Network

Voyager's Caretaker Is A Fungal "Sporocystian Lifeform"

I think Star Trek: Voyager's Caretaker used Star Trek: Discovery's mycelial network to bring the USS Voyager to the Delta Quadrant in record time. Both the Caretaker and the USS Discovery's spore drive are able to move starships across the galaxy almost instantaneously. The USS Discovery needs the spores from P. stellaviatori to access the mycelial network, but the Caretaker might be able to access the mycelial network naturally as a sporocystian fungal lifeform. The Caretaker's true form is a luminous mass that reminds me of the environment inside the mycelial network in Star Trek: Discovery season 2.

Star Trek: Discovery's Black Alert jumps through the mycelial network are taxing on the ship and its navigator, which is also the case for Star Trek: Voyager's Caretaker, who is dying and has very little energy to spare. The quick journey leaves the USS Voyager and Commander Chakotay's (Robert Beltran) Maquis ship broken, with both ships suffering casualties. Longer jumps in Discovery mean less chance of navigating the mycelial network precisely, and the Caretaker tells Janeway it's even harder to send the USS Voyager back than to bring them to the Delta Quadrant in the first place.

Star Trek: Discovery's Spore Drive Was Classified To Protect Star Trek Canon

If Voyager Used The Mycelial Network, It Couldn't Have Been Intentional

Everything about the USS Discovery was classified at the end of Star Trek: Discovery season 2, which creates an in-universe reason — no one knows about the USS Discovery's spore drive in Star Trek: Voyager's 24th century. Before the USS Voyager is pulled into the Delta Quadrant by the Caretaker, the crew's only warning is a displacement wave headed their way. Without knowing about the USS Discovery's spore drive, or the mycelial network, there's no way Voyager's crew could predict that this displacement wave might be associated with the mycelial plane, or use it to get back home.

From a production standpoint, there's no way that Star Trek: Voyager could have intentionally used the mycelial network from Star Trek: Discovery because Star Trek: Voyager's premiere predates Discovery's by 22 years. When "Caretaker" aired, Star Trek hadn't actually invented the galactic mycelial network. It is possible, however, Star Trek could have incorporated the work of real-life mycologist Paul Stamets into developing the idea for Star Trek: Discovery's spore drive after seeing how Star Trek: Voyager used a fungus-based lifeform to bring the USS Voyager 70,000 light-years across the galaxy.