MasterGwydion
Emperor Mongoose
I would totally agree that this is possible, but it doesn't fit the Traveller rules. What you are describing is a 100% automated system. Traveller doesn't use a 100% automated system in most cases, you can build one, but because Traveller wants to highlight sophonts over machines, they do not gain any real benefit over sophont gunners.@Sigtrygg was absolutely right. And you can’t argue with his perfectly correct maths by complaining that light isn’t behaving according to traveller turn mechanics.
At some point in the turn, your far-future Aegis detects and acquires a target, resolves a solution, and fires, just as i”the target starts to accelerate at your 9G example.
If you wish to be realistic instead of using Traveller rules. Try this one.Light turns out to be pretty nippy in a vacuum, so a fraction of a second later you nail the target, albeit a very tiny fraction of a metre (allowing also for computation time) away from where you meant to. The rest of the turn plays out.
Let’s say a laser has a divergence of 1 milliradian (which is fairly tight). Over 1,000 km, the beam’s diameter can be estimated as:
Beam Diameter=Divergence×Distance\text{Beam Diameter} = \text{Divergence} \times \text{Distance}
=(1 mrad)×(1,000,000 m)= (1 \text{ mrad}) \times (1,000,000 \text{ m})
=1,000 m=1 km= 1,000 \text{ m} = 1 \text{ km}
So a beam with 1 mrad divergence would cover 1 km-wide at that distance.
That means that your laser beam is 1 kilometer wide by the time it hits it's target.
My math is horrible today. I am sick and have a house with 3 sick kids in it, so I am pretty wiped out. That is true.Put frankly, this is the second thread today where you’ve not covered yourself in maths glory (the other being where you forgot that cubic metres exist in 3D). It’s probably worth rereading Sigtrygg’s explanation and taking a minute to check you get it.