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TIME: Almanac 1995
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TIME Almanac 1995.iso
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1995-02-26
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<text id=94TT1660>
<title>
Nov. 28, 1994: Cover:Show Business:Reconfigure Mods!
</title>
<history>
TIME--The Weekly Newsmagazine--1994
Nov. 28, 1994 Star Trek
</history>
<article>
<source>Time Magazine</source>
<hdr>
COVER/ARTS & MEDIA/SHOW BUSINESS, Page 78
Reconfigure the Modulators!
</hdr>
<body>
<p> So you think you're Star Trek literate just because you know
that phasers can stun and that while Klingons used to be bad
guys, now they're good (most of the time, anyway). But can you
decipher the techno-babble that Enterprise crew members are
constantly spouting? For some help, TIME consulted Michael Okuda,
one of the Star Trek technical experts:
</p>
<p> "We need to remodulate the main deflector dish."
</p>
<p> Deflectors are devices that protect starships by setting up
an energy field. Dishes, which operate at specific frequencies,
control the deflectors. Remodulating the frequency boosts the
strength of the deflectors against incoming attacks.
</p>
<p> "We can do it if we reconfigure the lateral sensor array."
</p>
<p> Sensors are used to detect objects, life forms or anomalies
in space. Reconfiguring them simply adjusts them, like focusing
a lens. Watch for terms like "reconfigure" and "remodulate";
they're the workhorses of the Trek vocabulary.
</p>
<p> "It should be possible if we decompile the pattern buffer."
</p>
<p> Transporters can send people instantly from one location to
another by converting their molecules into energy, then reassembling
them. Every living being has a distinct pattern of molecules;
the pattern buffer fixes the configuration by adjusting for
the Doppler effect--the apparent change in the frequency of
the energy waves caused by motion.
</p>
<p> "I'll verify the Heisenberg compensators."
</p>
<p> The Heisenberg Uncertainty Principle states that you cannot
know a subatomic particle's exact position and its exact direction
and velocity at the same time. To transport people you have
to know all those things, so the Heisenberg compensator was
devised to overcome that problem. It's an attempt by the Trek
writers to signal that they are at least aware of the issue.
And how does the Heisenberg compensator work? "It works very
well, thank you," says Okuda.
</p>
</body>
</article>
</text>