To: All Staff, Warp Core Fabrication Division, Shipyard Industrial Command
From: Chief, Warp Core Fabrication Division
Re: Regulatory Clarification 24361.3-A, Materials Handling Permit Reciprocity Policy
For reference, a nanogram of antimatter would have explosive yield less, but more than 10% as much as, um... [maths]
180 megajoules, or somewhere between about four and about forty kilograms of TNT.
I think the best option with the Sydraxians is to fortify the borderzone and actively hunt down raiders. If we just cripple or destroy ships that try raiding they will either eventually give up or be rendered powerless.
Then they'd be warships.How about sending decoy freighters which are actually equipped to deal with raiders?
Q-ships would require a design, prototype and build and probably won't be ready for about 10 years. That plus disguised and armed ships would probably count for militarization.How about sending decoy freighters which are actually equipped to deal with raiders?
The term that you're looking for is a Q ship.How about sending decoy freighters which are actually equipped to deal with raiders?
This.Q-ships would require a design, prototype and build and probably won't be ready for about 10 years. That plus disguised and armed ships would probably count for militarization.
Also, they'd be mostly useless.Q-ships would require a design, prototype and build and probably won't be ready for about 10 years. That plus disguised and armed ships would probably count for militarization.
I think your numbers are a bit off. While 1ng of antimatter reacting with 1ng of matter does give 180MJ of energy not all of that is released in a useful form. The energy release tends towards the following split:For reference, a nanogram of antimatter would have explosive yield less, but more than 10% as much as, um... [maths]
180 megajoules, or somewhere between about four and about forty kilograms of TNT.
So the explosion is going to be, at most, equvilant to 13kg of TNT. That said the real killer is the 81MJ of gamma rays released. If I've done my math right, which I very well may not have, that much radiation is lethal out to 449 meters.6/20 = Absorbed by the atmopshere
5/20 = Neutrinos
9/20 = Gamma Rays
Does also depend on where exactly it happened and how many layers of thick shielded material were between them and everyone else.I think your numbers are a bit off. While 1ng of antimatter reacting with 1ng of matter does give 180MJ of energy not all of that is released in a useful form. The energy release tends towards the following split:
So the explosion is going to be, at most, equvilant to 13kg of TNT. That said the real killer is the 81MJ of gamma rays released. If I've done my math right, which I very well may not have, that much radiation is lethal out to 449 meters.
Of course the Federations advanced medical tech may help there but odds are a lot more then just the two listed in the report are dead.
Your analysis is good.I think your numbers are a bit off. While 1ng of antimatter reacting with 1ng of matter does give 180MJ of energy not all of that is released in a useful form. The energy release tends towards the following split:
So the explosion is going to be, at most, equvilant to 13kg of TNT. That said the real killer is the 81MJ of gamma rays released. If I've done my math right, which I very well may not have, that much radiation is lethal out to 449 meters.
Of course the Federations advanced medical tech may help there but odds are a lot more then just the two listed in the report are dead.
It's more of modifying actual freighters than making Q-ships from scratch.Q-ships would require a design, prototype and build and probably won't be ready for about 10 years.
You are forgetting that it says 'Sub-Nanogram', not 'One nanogram'. The blast strength can be reduced porpotionally as a result.Your analysis is good.
I'd forgotten that the gamma rays would likely penetrate the walls of the room, rather than stopping IN the walls of the room or otherwise being released within the room. However, you will note that "13 kg" is indeed "between four and forty." Indeed, on a log scale it is half way between "four and forty," being a little more than three times four, and a little less than one third of forty.
Indeed that's why I was going to add the words "upper bound" but then forgot...
I didn't properly convert between units so the actual range should be 89 meters.That said the real killer is the 81MJ of gamma rays released. If I've done my math right, which I very well may not have, that much radiation is lethal out to 449 meters.
Don't forget to bring a Geiger counter with you!Side-note: Tourists be sure to take your iodine tablets before beaming down.
Welcome to Gaen. Here, have some complimentary Rad-Away. No seriously, take it. Take it right now.Oh, puh-lease, Gaeni civilisation would have long ceased to exist entirely if they weren't very good about ensuring anti-radiation shielding is included in all building structures and very high-quality radiation therapy is available cheaply.
Side-note: Tourists be sure to take your iodine tablets before beaming down.
*Remembers reading Honor Among Enemies*It's more of modifying actual freighters than making Q-ships from scratch.
Welcome to Gaen. Here, have some complimentary Rad-Away. No seriously, take it. Take it right now.
Can you elaborate? I have not read that.
Gaeni Surgeon Master General's Warning:No, take these anti-radiations nanites. Much more effective, and there have only been a few cases of spontaneous humanoid combustion this week from them.