Hi!
So there's my introduction. Down to business.
So here’s the short version. Battlestar Galactica, we’re talking the 1978 show. One website I found theorized that based on what we see onscreen, the hand-held "blasters" apparently fired a plasma beam (basically some really hot material) and could vaporize 25 cubic cm of metal. Not just destroy—vaporize. The power output was guessed to be in the neighborhood of 315 kilowatts, or 315,000 watts.
According to my trusty TNG Big D manual, the highest setting of a type II or III phaser could "explosively uncouple" 650 cubic meters of rock/ore with a density or weight of 6 grams per cubic cm "per discharge", and do this while only being "capable of directing" 0.01 megawatt, which, if I’m not fumbling these number things, is 10,000 watts.
Leaving aside for the moment that one is shooting plasma and another is firing out a "rapid nadion effect", it seems that BSG needs 315,000 watts to take out 25 cubic cm of metal, and in Trek, 10,000 watts blows up approximately a 2,000 square foot chunk of rock. Rapid nadions are fictional, but within that universe, they are defined as "short-lived subatomic particles possessing special properties relating to high-speed interactions within atomic nuclei."
So....are any of these conclusions grievously wrong? I ask because I want to write something to match a video on youtube that involves BSG and Trek, and I want to make at least a passing swipe at reality, rather than just saying one destroys the other. (The feds come to rescue Galactica, not blow ‘em up.)
So there's my introduction. Down to business.
So here’s the short version. Battlestar Galactica, we’re talking the 1978 show. One website I found theorized that based on what we see onscreen, the hand-held "blasters" apparently fired a plasma beam (basically some really hot material) and could vaporize 25 cubic cm of metal. Not just destroy—vaporize. The power output was guessed to be in the neighborhood of 315 kilowatts, or 315,000 watts.
According to my trusty TNG Big D manual, the highest setting of a type II or III phaser could "explosively uncouple" 650 cubic meters of rock/ore with a density or weight of 6 grams per cubic cm "per discharge", and do this while only being "capable of directing" 0.01 megawatt, which, if I’m not fumbling these number things, is 10,000 watts.
Leaving aside for the moment that one is shooting plasma and another is firing out a "rapid nadion effect", it seems that BSG needs 315,000 watts to take out 25 cubic cm of metal, and in Trek, 10,000 watts blows up approximately a 2,000 square foot chunk of rock. Rapid nadions are fictional, but within that universe, they are defined as "short-lived subatomic particles possessing special properties relating to high-speed interactions within atomic nuclei."
So....are any of these conclusions grievously wrong? I ask because I want to write something to match a video on youtube that involves BSG and Trek, and I want to make at least a passing swipe at reality, rather than just saying one destroys the other. (The feds come to rescue Galactica, not blow ‘em up.)