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The Heisenberg compensator is an essential component of transporter technology to ensure the integrity of transported matter. The compensator counteracts effects of the applied characteristics identified in Heisenberg's Uncertainty Principle. To accurately isolate matter prior to its entry into the transporter buffer, all particles must be located, their velocity observed, and tracked. The compensators allow this to happen. (TNG episodes: "Realm of Fear", "Ship in a Bottle", DS9 episode: "Past Tense, Part I")

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  • Heisenberg compensator
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  • The Heisenberg compensator is an essential component of transporter technology to ensure the integrity of transported matter. The compensator counteracts effects of the applied characteristics identified in Heisenberg's Uncertainty Principle. To accurately isolate matter prior to its entry into the transporter buffer, all particles must be located, their velocity observed, and tracked. The compensators allow this to happen. (TNG episodes: "Realm of Fear", "Ship in a Bottle", DS9 episode: "Past Tense, Part I")
  • A scan of the Heisenberg compensators, to ensure they were performing within the specified parameters, could be performed by raising the transporter pad. (TNG: "Realm of Fear" ) While trying to devise a way to transport holographic matter off the holodeck without it disintegrating instantly, the idea was put forth that decoupling the Heisenberg compensators might let the matter reform normally, although the suggestion was used as a stalling tactic against Professor James Moriarty, and the idea had never actually been tried before. (TNG: "Ship in a Bottle" )
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  • The Heisenberg compensator is an essential component of transporter technology to ensure the integrity of transported matter. The compensator counteracts effects of the applied characteristics identified in Heisenberg's Uncertainty Principle. To accurately isolate matter prior to its entry into the transporter buffer, all particles must be located, their velocity observed, and tracked. The compensators allow this to happen. (TNG episodes: "Realm of Fear", "Ship in a Bottle", DS9 episode: "Past Tense, Part I")
  • A scan of the Heisenberg compensators, to ensure they were performing within the specified parameters, could be performed by raising the transporter pad. (TNG: "Realm of Fear" ) While trying to devise a way to transport holographic matter off the holodeck without it disintegrating instantly, the idea was put forth that decoupling the Heisenberg compensators might let the matter reform normally, although the suggestion was used as a stalling tactic against Professor James Moriarty, and the idea had never actually been tried before. (TNG: "Ship in a Bottle" ) In 2371, Chief Miles O'Brien ordered a crewman to check the Heisenberg compensators of the USS Defiant. (DS9: "Past Tense, Part I") Werner Heisenberg's "uncertainty principle" suggested that on a subatomic level, it is possible to know the motion or the position of a particle, but not both. Some believe this fundamental characteristic of matter would make it impossible for a transporter to work as shown on Star Trek. The Heisenberg compensator was invented to circumvent this principle and to explain how the transporter can work. (Star Trek Encyclopedia (4th ed., vol. 1, p. 333) ) When asked by Time magazine in 1994 , "How do the Heisenberg compensators work?" Michael Okuda replied, "They work just fine, thank you."
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