Originally posted by Ganidiirsi O'Flynn:
Still, I'm not sure where your meson rifle would be useful in a Black War attack. These attacks usually didn't involve battle-dressed troops, as they were asset-denial strikes against soft targets (starports, industries, population centers, research facilities, etc.) behind enemy lines or through 'wilds' space. So, while the meson rifle might whack a marine, it wouldn't kill an entire industry. A spinal mount, however, could do that.
Ohh ... you're talking WMD type stuff only. Yeah, a meson rifle wouldn't cut the mustard there.
What about a "jump space" bomb?
Story line - Ling industries was working on revolutionary jump gate technology without success. After a disaster occured when the labship landed without properly shutting down the experiment, the military took over and the program went black.
The weaponized version of this R&D "failure" is a reverse jump drive that brings a bubble of "jump space" into real space. It only works within a gravitational well sufficient enough to parcipitate a ship from jump space (ie within the 10D limit for certain success - reverse misjump rules for whether it works or not.) Due to some "unfortnate" interactions between jump space and real space, the primary zone is approximately 10 times the size of a comparable "jump" bubble generated for a ship. Thus the minimum volume effected is 1,000 dtons. The bubble displaces the atmosphere suffocating everything relying on gases within the primary zone.
Within the secondary effect zone (an area approximately 10-60 times as large as the primary zone), casualties range from near 100% near the primary boundary to light (1 in 36) near the outer edge. Sophants affected by the "jump space bleed" will become either comatose or violently physchotic (fail formidable END check comatose - "succeed" formidable END check physhotic). If properly restrained or placed on life support, 1 in 6 victims will recover over a period of months.
While no shielding has proven effective within the primary boundary, meson shields reduce the chance of being affected within the secondary zone roughly in half. Additionally, specialized shields have been constructed similar to the hydrogen layer surrounding a starship in jump which have proven extremely effective (treat as 99.99%) at preventing the bleed. The jump space field disipates much faster than a jump bubble - usually within a day. When the field dissipates, a large vacuum is left in the primary zone as all gaseous (and plasma) material has been displaced. Within an atmosphere the resulting in rush of air can cause additional damage.
Within a pressure dome a pressure drop may occur on field collapse. The pressure drop will be a function of the size of the dome compared to the size of the device. (ie a 10,000 dton dome in which a 1000 dton device was set off will have an approximately 10% decrease in pressure when the field collaspes - less if the fraction of solid material to gas was higher in the primary zone than out of it - more if the primary zone had lower solid to gas ratio.)
This weapon requires much more energy than a nuke for the area affected, but is not as easily shielded against.
This hasn't been thought through too much - but I put it out for discussion.