Emergency Farcaster...Holy Crap

I would guess it was a slip of the prefix.

Of course, having a revenge option might interest some people. Detecting the difference between a nanogram and a picogram might be hard if the containment is good enough to mimic normal emissions, so you might still be able to claim it is a safe farcaster (still, a habitat that doesn't carefully track people with antimatter in their heads deserves what it will get). I would allow characters in my game to get the Khan Special for one price level higher than the normal emergency farcaster. And woe to them if they take too much damage to the wrong part of the body...

I allow (and use) costs above expensive. See my suggestions in the spacecraft cost thread.

Reasonable physics, perhaps, but I wouldn't want to be in the same room as somebody suddenly departing this way. I think 215 g TNT is about the same strength as a M67 hand grenade.

this stuff could work as a blackmail chip.
"You'll do what we say, or your pretty head will be redecorating those walls. And don't worry, we've been taking care of your backups as well"

Terrorist of any faction's radical groups might also use the EFC as a weapon, and live to use it again
A tad expensive, sending an Expensive (weither in credits or rep) morph with such a dangerous stack.
"For the blue planet and a pure world!" boom!

(bit inspired by the Gundam Seed's terrorist group Blue Cosmos, there)

Here is how I handle it:

Antimatter detectors

Antimatter, when stabilized and kept in a proper containment unit, is hard to detect. Most security
scans look for the tell-tale signature of containment units but this only works when the unit passes through the scanner. A few scintillation detectors instead look for gamma photons with the specific energies of 938 MeV (the signature of proton-antiproton annihilation) and 511 KeV (electron-positron annihilation). Even a very good containment unit will have occasional annihilations. In space there are plenty of stray gammas but the signature gammas are specific for the presence of antimatter – if a detector gets a few flashes over a short span of time when it is not also detecting other cosmic ray activity, it can predict with good reliability the presence of sizeable amounts of antimatter within a few tens of meters. [Cost: Low]

It's a bit hard to hide an antimatter containment system. It requires a very powerful magnetic chamber, one capable of levitating the antimatter mass in such a way that it never touches any of the sides of the container. It's like magic tupperware that makes your food float... if your food was made out of particles that would explode with great force and energy upon contact with the tupperware.

One thing I'm reminded of when I think of magnetic antimatter containers is a video I saw way back in the day of scientists using magnets to cause a frog to float in midair. Current antimatter storage works because we produce individual charged particles and store them within a containment system magnetically charged the same way (positively charged to store positrons, negatively charged to store antiprotons) to repel the particles from the walls. Containment is difficult because the particles repel against one another as well. What if there was a way to make a solid antimatter mass? Wouldn't that be easier to levitate magnetically and contain? Is it possible that this may be the key to storing antimatter so safely in the EP universe?