AC is in for a wonderful discovery: Real numbers

Maybe there is another, larger one that got approved a few months ago?

As far as I know, everybody uses Parsecs. 1 pc = 648000 / PI * 149597870700 m ~= 3.0856775814913676 * 10^16 m.

"Don't fly what you can't afford to lose."

Juno's mass is listed as 3625kg, or almost 8000 pounds, not almost 8 metric tons.

As for the energy obtained from "falling several hundred million miles": that would be exactly the same energy it took to get that far "up" in the first place (not saying that there's no energy to steal from Jupiter, but it's a pretty hair-brained plan, imho, not in the least because such a trajectory would probably take the better part of a decade to complete).

Last time I checked, the Pacific was shrinking; You might be confusing it with the Atlantic and its mid-oceanic ridge.

Of course, over a sufficient timespan, your argument might hold water (or rare earth elements); Then again, with enough time it'd apply to every centimeter of the Earth's surface.

Wrong: see Libration

The Blackbird craft has a ratchet in its drive system which categorically prevents the propellor from ever powering the wheels, whether by air interaction or by discharging built-up/stored rotational momentum. Its presence (and verification of functionality) was mandated by the organisation refereeing the record attempt (NALSA).

That would be glorious nation of Kazakhstan, who do not take well to visits of lawyers from countries run by little girls (and especially not Uzbek ones).

Also, even the recovery teams from Roscosmos themselves sometimes take a while to locate the landing site of a Soyuz spacecraft.

Not if you fly Soyuz.

Which is what anyone wanting to get to the ISS will have to do in a year or two, until US commercial transport becomes available another few years down the line.

Earnshaw's Theorem doesn't apply to diamagnetic materials (e.g. superconductors). For such materials Earshaw's formulas dictate the exact opposite they do for dipoles and paramagnetic materials: diamagnetic materials can be stable in all directions at once, but not unstable in all directions at once (both can be stable in some directions and unstable in others at once, though).

In case anyone was wondering (and since TFA doesn't mention it), the nearest sextuplet star, is, of course, Alpha Geminorum, a.k.a. Castor, the second-brightest star in the zodiac sign of Gemini, a.k.a. the Twins. It's some 50-odd lightyears away.

Note that Beta Geminorum, a.k.a. Pollux, is actually the brightest star in Gemini (whether Johann Bayer labelled Castor as the alpha star because it rises first in the night's sky, or because mythologically, the twins are always labelled "Castor and Pollux", is unknown). Pollux is a single star, with one confirmed exoplanet, Polydeuces orbitting it.

Frank: "Whatever happened to the Popular Front, Reg?"

Reg: "He's over there."

People's Front of Judea: "SPLITTER!"

You can (somewhat) blame the Japanese for holding up the start of the project; It wasn't until they were bought off with a separate research facility that they dropped their claim on the reactor location.

Oh, and by the way, ITER is not just an EU project. It's about as international as the International Space Station (minus Canada, plus China).