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Culture War Roundup for the week of August 25, 2025

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Reading an article on why Britain should settle Antarctica from Palladium got me thinking: are there any major, visionary projects happening at the moment that have a plausible chance of success?

I'm still hopeful for SpaceX to at least make operations on the moon more feasible, though I'm skeptical of making a real go at Mars colonization, especially as Elon's star has fallen so far recently.

China seems a likely contender, but I don't know what they have going on. I know that AGI is the thing on everyone's mind, but I'm thinking more about a physical, non-software based major visionary project that's happening in the physical world.

To quote some from the article:

These apparently radical measures will look less radical by the year, but would nevertheless represent a dramatic break from the Westminster status quo. Declining nations can resort to many sensible technocratic reforms that are easy to explain, but they find it hard to come up with compelling political or bureaucratic motives for those reforms. That can only be done with national visions—visions that are not only suited to the capabilities a country could realistically develop, but also a congruent continuation of its history, or at least the best of its history. We can see that these two conditions have been fulfilled with nearly every successful national founding or refounding. Britain’s overlooked Antarctic legacy, and the vast frozen territory it still retains, then, offer us the opportunity for such a vision.

If such a project is pursued with enough vigor, it will make Britain’s claim to Antarctica inarguable. It is easy to draw peremptory lines on an empty map, but it is much harder and more admirable to people that map and to rescue its land from barrenness. For a stagnant or declining nation, it is easy to find this or that technocratic intervention that can solve this or that economic, social, or political issue. What is more difficult is finding a vision that gives the nation reason to carry out such reforms. These visions must be inspiring, but they must also be within reach. Most importantly, they must match the legacy and history of the country.

This is culture war because, well, the decline of nations is extremely political, and from my view the Trumpian Right, for all it's many and varied flaws, is the only party at least nominally pursuing a future vision of greatness, instead of simply ignoring or managing a decline.

Also, this is a very sassy quote from the article I loved:

This unworldly modern Britain is hardly the “perfidious Albion” depicted in the propaganda of its 19th century geopolitical rivals. Not wholly unflatteringly, contemporary Russian state media still portrays the country as the shadowy orchestrator of coups and death squads. A truer depiction, though, is that of the “cash-poor, asset-rich elderly woman who has somehow inherited a portfolio of scattered, high-value properties she doesn’t know what to do with.”

I'm still hopeful for SpaceX to at least make operations on the moon more feasible, though I'm skeptical of making a real go at Mars colonization, especially as Elon's star has fallen so far recently.

Starship isn't really made for the moon either. Their best bet is high-throughput LEO transport, but I don't think they'll get it to work for that either.

It's a bit off topic, but I doubt there'll be a better place to post it any time soon. I had a bet about Starship going to orbit with two other posters. It was driving me crazy because I couldn't find it for the life of me, and I was starting to think I got pulled into the Berenstien universe, but I finally managed to find the relevant comments, so I thought I'll post them as a reminder, and to make future reference easier:

Great timing on the tag, it looks like they made orbit tonight. https://x.com/SpaceX/status/1960179929204596907

Thanks for the bet, I have to admit I was sweating a bit by launch 10. Happy to discuss but as I understand it landing in a stable orbit was the main bet.

What? They weren't even attempting to reach orbit with this one.

https://www.spacex.com/launches/starship-flight-10

Starship completed a full-duration ascent burn and achieved its planned velocity, successfully putting it on a suborbital trajectory.

Ahh ok clearly I am confused on what orbit means. So you want a stable orbit? Idk I don't think spaceships would ever try to get in a completely stable orbit since they're coming down, no?

ETA: Happy to pay the bet if I'm just wrong here, of course.

Rockets (that fly up to deploy satellites) tend to accelerate until they reach their desired altitude, which should be well outside the atmosphere, then accelerate again to stabilize their orbit. Stable usually means that no point of their orbital trajectory is low enough to be subject to significant atmospheric drag, so that the spaceship in question can remain on its (ciruclar or elliptic) trajectory indefinitely. Then they deploy their payload, which will continue on that orbital path. Reusable spaceships then accelerate again, this time in reverse, to deliberately reduce their orbital velocity and cause their trajectory to dip back into the atmosphere, where drag will slow them down so they can land safely.

Let me know if that made any sense.

accelerate until they reach their desired altitude, which should be well outside the atmosphere, then accelerate again to stabilize their orbit

Ooh, we just talked about this, kinda!

It would be correct to say "hefting its payload, the rocket accelerated to orbit", because the "gain altitude" part and the "gain horizontal speed" part of a launch trajectory aren't two separate parts. A launch vehicle generally starts angling a little bit away from vertical almost immediately as it leaves the pad, and a launch to low orbit usually doesn't reach its final altitude until at or after the point it turns off its engines. There's a slight break earlier, in between the acceleration phases from different rocket stages, but not much of a break and not much change in direction before vs after.

It's mostly just geosynchronous satellites that have a distinct separate "now we're high enough and we start accelerating again horizontally" phase, but even geosynchronous transfer orbits are stable (and faster than low earth orbits, all horizontally, at perigee) so the final phase is called "circularizing" the orbit, not stabilizing it.

Given that I have a million hours in Kerbal Space Program (ESA hire me already!), I already knew all this and then some, but I wanted to keep it as simple as possible while still getting across what a stable orbit even is and how it relates to getting spaceships back down to Earth.

Still, thanks for the added detail!

Thanks for letting me sperg out on the added detail! I suspected you might know it already, but it's surprising how counter-intuitive it is.

As a kid 30-something years ago I wrote an orbital dynamics simulator (in QBasic, with Explicit Euler time stepping, with nothing but circle sizes to indicate z-dimension position and nothing but animation to indicate velocity; I won a science contest award but I cringe to think back on it), and one of the features I added was user-controllable rockets. Keys to control orientation, another for acceleration, others for speeding/slowing/pausing time. I'd ask people to get from a lower circular orbit to a higher one, and basically everybody I asked would try the same strategy: turn the rocket vertical (perpendicular to its current direction of motion), thrust, then turn horizontal again on the theory that that's what they'd need to do after they'd accomplished "up".

To be fair, at the same time I was struggling to understand why porkchop plots all have those gaps in the middle, and I didn't finally get that until long long afterward, when I first had to make an interplanetary plane change in KSP.

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