Dilithium may be a fictional crystal from Star Trek, but in that world, it is composed of traditional baryonic matter (which is the stuff all the atoms and elements on the periodic table are made of) as well as complex subatomic particles which exist in subspace that allow the crystalline structure to form.
Dilithium is found in asteroids and moons, and can be mined by placing Mining Stations on those moons which are found to contain it, or Prospecting Platforms and Freighters in similar asteroid belts. It is extremely valuable, and each crystal must be kept track of.
Replicators can create a lot of difficult things, but Dilithium is so complex that there would not be enough power to create it. The exception might be the use of Dilithium itself to create Dilithium, directly plugging the replicator into the warp core power.
Dilithium may be a fictional crystal from Star Trek, but in that world, it is composed of traditional baryonic matter (which is the stuff all the atoms and elements on the periodic table are made of) as well as complex subatomic particles which exist in subspace that allow the crystalline structure to form.
A Star Trek replicator might be possible, but not nearly as soon, says Sarri — maybe 100 years down the line. Those replicators of the future could be useful in areas in beyond outer space. They could provide food in places where putting a chef might be dangerous, such as a war zone.
In reality, dilithium (Li2) is a molecule composed of two covalently bonded lithium atoms which exists naturally in gaseous lithium. Dilithium is depicted as a valuable, extremely hard crystalline mineral that occurs naturally on some planets.
Being the lightest stable neutral homonuclear diatomic molecule after H2, and the helium dimer, dilithium is an extremely important model system for studying fundamentals of physics, chemistry, and electronic structure theory.
How is Dilithium earned? Dilithium is primarily earned by completing in-game missions (PvP and PvE dailies, events, STFs, Duty Officer Assignments, spotlighted and qualified Foundry missions, etc.), and is awarded as Dilithium Ore.
The Burn was a galaxy-wide cataclysmic event that occurred circa 3069, in which most dilithium mysteriously went inert, causing the detonation of every active warp core.
How Su'Kal Caused The Burn. Su'Kal was born in the Verubin Nebula and he was just a very young child when he caused The Burn, which occurred thanks to a cellular change to the Kelpien in utero because of his proximity to the radiation of the Verubin Nebula and the dilithium on the planetoid the Khi'eth crash on.
The Vulcans had warp capabilities as early as the 9th century BCE, but the knowledge and technology were lost during centuries of long-term, large-scale civil conflicts. By the time the Vulcans took to the skies again, it was after more than 1500 years of relative peace and stability.
In the opening segment, in regard to the enemy vessels, Spock declares "Romulans now using Klingon design!" Several explanations/theories have been advanced as to why the Romulans use Klingon ships. The real reason is simply because the original Romulan model ship was gone.
What is the difference between a Vulcan and a Romulan?
While Vulcans embraced logic and the teachings of Surak, advocating emotional control and pacifism, the Romulans rejected these principles. They embraced their emotions and maintained a more militaristic and secretive society.
According to an academic thesis: "The so-called 'replicators' can reconstitute matter and produce everything that is needed out of pure energy, no matter whether food, medicaments, or spare parts are required." A replicator can create any inanimate matter, as long as the desired molecular structure is on file, but it ...
Replicator rations were an energy-conservation policy instituted on the USS Voyager, limiting the usage of the ship's replicators for each crewmember. The use of rationing for the replicator was a policy that was not consistently implemented; rather, it was done when the ship's available power supplies were limited.
A provisional answer is “no.” According to the accepted laws of science, nothing can travel faster than light. Even though light is fast enough to circle the Earth over seven times in a single second, space is very large.
