Gee Louise -- and something I've never seen addressed in scripts is the radiation danger. The highest radiation danger vocation in America is airline crew; they tell me above 25,000 feet a geiger-counter really gets active. Next time I fly I'll take along one of my cigarette-pack-sized counters and see.
...imagine continuous radiation for 21 months (there's nothing on Mars to block radiation either, bases would have to be underground where rock can shield them!) In the movie "The Martian" they lamented that after such a long trip they would never be allowed in space again.
But most of that travel time is because of orbital mechanics, minimum fuel consumption, matching velocities (all accelerations must eventually be decelerated) etcetera. That's the beauty of the Alcubierre drive -- the ship isn't actually moving, so there's no acceleration/deceleration regimes. You don't even have to be sitting down, your ship isn't moving (it's as if space around your ship moves, compressing in front and expanding behind) --- so there's no inertia!
You just aim your ship at the moon or planet of choice (unlike Apollo which had to aim in FRONT of the moon), kick on the drive then shut it off moments later, and you're parked in orbit. I wonder if it could be precise enough to get someone close to the surface? Launching from the moon wasn't hard, with 1/6 Earth gravity (and no wind resistance) it was easy to carry enough ascent-fuel. Mars has a much deeper gravity well, 38% gravity, and a little wind resistance. If you switch over to rockets to land, you would have to either carry considerable fuel (burning extra to land your ascent-fuel), or count on digging up a bunch of buried water (Mars does have deposits) and running a plant to crack it.
We're back to needing "electro-gravitic" propulsion, which as I understand isn't that difficult.
Clearly you're right. The focus was on "the conspiracy", details be hanged...