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Stardate: 43872.2 A rich collector of the "most rare" objects, and "one of a kind" objects decides to add Data to his collection.


Episode Info


Episode number: 3x22
Production Number: 170
Airdate: Monday May 07th, 1990

Director: Timothy Bond
Writer: Shari Goodhartz

Alternate Airdates:

CA (Télé-Québec) May 07, 1990
IE (SETANTA IRELAND) Apr 01, 1992
FR (BBC TWO) Apr 01, 1992
UK (BBC TWO) Apr 01, 1992

  • Currently 8.7/10
8.7/10 (3 Votes cast)
Guest Stars
Colm MeaneyColm Meaney
As Miles O'Brien
Recurring
Jane DalyJane Daly
As Varria
Nehemiah PersoffNehemiah Persoff
As Palor Toff
Saul RubinekSaul Rubinek
As Kivas Fajo
Main Cast
Patrick StewartPatrick Stewart
As Captain Jean-Luc Picard
Jonathan FrakesJonathan Frakes
As Commander William T. Riker
LeVar BurtonLeVar Burton
As Lieutenant/Lt. Commander Geordi LaForge
Michael DornMichael Dorn
As Lieutenant Worf
Gates McFaddenGates McFadden
As Dr. Beverly Crusher
Marina SirtisMarina Sirtis
As Counselor Deanna Troi
Brent SpinerBrent Spiner
As Lt. Commander Data
Wil WheatonWil Wheaton
As Acting Ensign/Ensign Wesley Crusher
Episode Notes
The Pike was first Starfleet vessel in Star Trek to be named after a fictional character.



Analysis
Riker: At Warp 6, we should be there in just over 16 hours.

Riker's statement demonstrates a common issue running throughout all iterations of Star Trek, which is the failure of the writers and editors to grasp the true vastness of space, combined with the overall inadequacies of "warp speed" as initially defined by Gene Roddenberry (who also failed to grasp said vastness).

The definition of "warp speed" is that the speed is the cube of the warp number -- hence, warp 2 is 8x the speed of light, warp 3 is 27x, and so on -- warp 6 is thus 216x the speed of light.

It is a simple calculation from that to see how far 16 hours at warp 6 would take you -- 216/365= .6 light years/day. (.6/24)x16= .4ly in 16 hours. This distance, while it may seem like a lot, is actually only 1/16th the distance from Sol to the nearest star, and is, depending on your definition, barely outside of a solar system, well inside an equivalent Oort Cloud likely to be found around any star.

In the overall case, warp 8, being 512x the speed of light, means it would take you a year to go 512 light years -- which seems like a lot, but, with the galactic diameter being 100k ly, is only 1/200th the size of the galaxy. Add to that the "cubic" element of space and you begin to see that the Federation's maximum volume is but a tiny portion of the entire galaxy, as is Ferengi and Romulan space, since their speeds are comparable. This also wreaks havoc with the ability of a ship, such as the Enterprise, to go anywhere and have "regular adventures" even a few weeks apart -- a week or two will get you to the next solar system, sure, but hardly far enough that you wouldn't be constantly bumping into people and things you saw last week, yet, for ST:TNG, there is very little week-to-week continuity (This latter is less notable in the later series, but the distance factor is still an issue)..

This problem is most notable in the first season Star Trek: Enterprise episode "The Andorian Incident," which takes place at a known location under a fixed timeline from a given starting point (Earth) and for which previous episodes would be almost impossible to achieve given the stated warp capabilities of the NX-01, and, in addition, suggests that the Klingon home world would have to be only a very short number of light years from Earth.



Warning: Star Trek: The Next Generation season 3 episode 22 guide may contain spoilers
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