I would assume duotronics is electronics, but with two (two what? Not my department). And then multitronics was duotronics, but moreso. Same with quads being bits or bytes, but to the fourth degree. In the most impressive sense imaginable.
Now, an isoton.... By analogy, it's referencing measuring explosive yield in terms of the equivalent mass of TNT, so the question is, what are the exploding, and why is it being measured in "isotons" rather than normal tons? Maybe iso-masses include stuff that aren't entirely conventional matter, like dark matter, or dilithium having a connection with subspace. It'd have to be a relatively weak explosive, if it takes two or three hundred (iso)tons of it to match the smallish amount of antimatter in one photon torpedo. Maybe dilithium itself can be weaponized in some way? Or maybe it doesn't have to explode, I think there are cases where dilithium itself as used as a power source, so that's the standard energy output.
Now, an isoton.... By analogy, it's referencing measuring explosive yield in terms of the equivalent mass of TNT, so the question is, what are the exploding, and why is it being measured in "isotons" rather than normal tons? Maybe iso-masses include stuff that aren't entirely conventional matter, like dark matter, or dilithium having a connection with subspace. It'd have to be a relatively weak explosive, if it takes two or three hundred (iso)tons of it to match the smallish amount of antimatter in one photon torpedo. Maybe dilithium itself can be weaponized in some way? Or maybe it doesn't have to explode, I think there are cases where dilithium itself as used as a power source, so that's the standard energy output.