gridlore: Doug looking off camera with a grin (Really A Goth)
[personal profile] gridlore
So, I'm watching the TNG episode Evolution.

The episode takes place in a giant/neutron star binary. Classic nova situation, with the neutron star ripping of stellar material until it reaches critical mass, then BOOM! Neat that they used a real item, as opposed to the particle of the week, but there are problems.

1. The claim to know the time of the explosion down to the minute. They're lucky to have it down to the decade.

2. At the end of the episode, they are 40 million km from the binary. That's .26 AU; closer than Mercury is to the Sun! Considering that events of this type are noticeable from Earth, and that the Enterprise's shields fail every time somebody throws a spitwad at them, do they really want to be this close?

3. It is stated that this nova occurs every 196 years. Given Star Trek's future history, they haven't been able to accurately view more than two novas with any great accuracy! Of course we can do the "oh, the Vulcans told us" bit, but it's very clear that the scientist on board is the only guy really pursing this goal.

Date: 17 Sep 2003 17:50 (UTC)
From: [identity profile] isomeme.livejournal.com
Maybe they asked the Darrians? :)

Date: 17 Sep 2003 18:36 (UTC)
From: [identity profile] gridlore.livejournal.com
Darrians, Vulcans.. I don't see the difference, really.

Date: 17 Sep 2003 18:58 (UTC)
From: [identity profile] madelineusher.livejournal.com
Next Episode...
"It is against our protocol to EVER try that experiment again, captain."
"Oh, c'mon. This is a different probe!"
"I give up."

Date: 18 Sep 2003 00:53 (UTC)
From: [identity profile] sylvan.livejournal.com
Does this take place before or after they have adapted the shields to withstand being the corona of a star?

Date: 18 Sep 2003 01:44 (UTC)
kengr: (Default)
From: [personal profile] kengr
1. Given the stuff their sensors can regularly detect, I'd call this a gimme. After all, all you need to know is the gravity (mass), the thickness of the hydrogen layer on the surface of the neutron star (or white dwarf), and the rate of accumulation.

Add in the fact that we've observed novas with considerably shorter cycles, and that they may have records from *lots* of planets in the area, they could have a lot of observations.

2. Do you *really* expect these folks to get scale right?

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gridlore: Doug looking off camera with a grin (Default)
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