Titan

Planet, Class-J

Jupiter (ENT-50)
Jupiter (ENT-50)

Saturn (TNG-101-102)
Saturn (TNG-101-102)

Gas giant. Age ranges from 2-10 billion years. Diameter is 50,000 to 140,000 km. Typically located in the Cold Zone of a planetary system. Surface radiates some heat and is tenuous and comprised of gaseous hydrogen and hydrogen compounds, atmospheric zones vary in temperature, pressure and composition. May contain hydrocarbon-based life forms.[1]

Class-J Planets

References

Quadrants

Milky Way (TOS-01)

One quarter of the galaxy. The four quadrants were designated by the Greek letters Alpha, Beta, Gamma, and Delta, and were arbitrarily divided using Earth as a reference point. As a result, Earth, and the sector it occupied, fell in the Alpha Quadrant, while the sector containing Vulcan and Andoria fell in the Beta Quadrant. The Gamma and Delta Quadrants remained largely unexplored through the 25th century, though knowledge of those regions was greatly increased thanks to the Bajoran wormhole and the U.S.S. Voyager NCC-74656, respectively.[1]
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Milky Way Galaxy

Milky Way (TOS-01)
Milky Way (TOS-01)

The Milky Way was a spiral galaxy approximately 100 thousand light years across, divided into four quadrants, designated by the Greek letters Alpha, Beta, Gamma, and Delta, and were arbitrarily divided using Earth as a reference point. As a result, Earth, and the Sol Sector, fell in the Alpha Quadrant, while the Vulcan and Andorian Sectors fell in the Beta Quadrant. The Gamma and Delta Quadrants remained largely unexplored by the early 25th century, though knowledge of those regions was greatly increased thanks to the Bajoran wormhole and the U.S.S. Voyager NCC-74656, respectively.[3] The galaxy was surrounded by a nearly-impenetrable energy field, dubbed the Galactic Barrier, with unpredictable neurogenic properties.[1, 3] Likewise, the core of the galaxy is surrounded by a distinct but related field, dubbed the Great Barrier.[2, 3]
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Asteroid

Asteroid (TOS-58)
Asteroid (TOS-58)

Small celestial body composed of rock and metal, typically much smaller than a planet, often irregularly shaped. Asteroids often occurred in orbital belts within a star system, sometimes the debris remaining from the formation of that system, other times the fragments remaining from the disintegration of a planet. Larger asteroids were sometimes called planetoids.

In 2267, the U.S.S. Enterprise NCC-1701 attempted to divert an asteroid that was on a collision course with an inhabited planet.[1] A Type-C asteroid crashed into an unpopulated continent of Penthara IV in 2367, threatening an ecological disaster until the U.S.S. Enterprise NCC-170-D helped dispel its dust cloud.[2] Another asteroid from the Pelloris Field threatened Tessen III with the same type of destruction in 2368 before it was vaporized by the same starship. Its nitrium alloy core prevented a tractor beam lock, and it was undamaged when hit by photon torpedoes. It was later discovered to be the home of metal parasites.[3]
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Humans

Jonathan Archer (ENT-31)
Jonathan Archer (ENT-31)

James T. Kirk (TOS-05)
James T. Kirk (TOS-05)

Jean-Luc Picard (TNG-165)
Jean-Luc Picard (TNG-165)

Benjamin Sisko (DS9-541)
Benjamin Sisko (DS9-541)

Kathryn Janeway (ST-10)
Kathryn Janeway (ST-10)

Species originating on Earth. According to the Talosians in the 2250s, “The customs and history of [Humans] show[s] a unique hatred of captivity. Even when it’s pleasant and benevolent, [they] prefer death. This makes [them] too violent and dangerous a species for [the Talosians’] needs.” The Talosians had scanned the U.S.S. Enterprise NCC-1701‘s databanks, and had gleaned quite a bit of information about Human history.[1]

References

Dilithium

Dilithium (TNG-147)
Dilithium (TNG-147)

Crystalline substance used in warp propulsion systems to regulate the matter/antimatter reactions that provide the energy necessary for faster-than-light speed. Naturally occurring dilithium was extremely rare and was mined on only a few planets, such as Coridan,[1] Troyius[2] and Rura Penthe.[4] In 2286, a method of recrystalizing dilithium was discovered, reducing the need for mining new deposits of the mineral.[3]

References

Computer Interface

Custodian Controls (TNG-118)
Custodian Controls (TNG-118)

Computer Interface (TNG-178)
Computer Interface (TNG-178)

Holographic Computer Interface (TNG-107)
Holographic Computer Interface (TNG-107)

Iconic Display Console (TNG-193)
Iconic Display Console (TNG-193)

TCARS Interface (VOY-218)
TCARS Interface (VOY-218)

Computer Interface (TNG-178)
Computer Interface (TNG-178)

Method of interacting with a computer system. The computers aboard the U.S.S. Enterprise NCC-1701 utilized tactile buttons and knobs, as well as motion-sensitive displays and consoles.[1] By the 24th century, touch-sensitive display panels had largely replaced the tactile interfaces,[2] though there were also some uses for holographic interfaces.[3]

References

Computer chip

Computer chip (TNG-178)

Isolinear chips (TNG-103)

Data storage units.[1] In 2366, Beverly Crusher gave her son Wesley a computer chip with a hologram of his late father, recorded when he was an infant.[2]

References

Computer

1960s Computer (TOS-21)

Data storage, retreival and computational device. Early computers on Earth were quite large and used magnetic tape to store information.[1]

References

Chronometer

Chronometer (TOS-06)

Clock (ENT-11)

Timekeeping device. In 2265, the chronometers on the U.S.S. Enterprise NCC-1701 unexpectedly ran backwards while escaping the destruction of the planet Psi 2000, an initial indication that the ship was actually traveling backward through time.[1] In 2151, Jonathan Archer was presented with the gift of a clock by Prah Mantoos.[2]

References