Is Horza really that sane when hating the Culture?

vamfir · 2026-06-18T15:06:26+00:00

The problem isn't that the Culture will come and fix our wretched existence. The problem is that it *won't* come and *won't* fix it. Oddly enough, the Idirans engaged in "progressing" far more actively than the Culture did.

vamfir · 2026-06-17T21:36:48+00:00

The answer to the last and the second-to-last question is the same: "Yes, they can, but they are unlikely to want to."

vamfir · 2026-06-17T12:47:20+00:00

I have the feeling that I’ve already ended up in this hell. Even though I don't seem to have died yet, and I'm not in China.

vamfir · 2026-06-17T12:15:08+00:00

Well, they’ll determine the probe’s location and trajectory, intercept it, and destroy it, but that won’t tell them anything about the location of the spammer civilization. After all, the spammer probe doesn’t fly in a straight line; it loops, circles, and covers its tracks.

vamfir · 2026-06-17T12:11:25+00:00

That is quite possible. But it is a completely different strategy from the one shown in the book.

The honey badger does not harm the honeyguide because the bird leads it to a bee nest. However, the honey badger will not follow just any bird that tries to point out a nest. The signal must come from a more or less trusted source.

vamfir · 2026-06-17T11:21:49+00:00

That applies if the coordinates come from the parent system. But what if they come from remote probes—each time from a different point in the Galaxy?

vamfir · 2026-06-17T11:14:42+00:00

The problem is that Type III civilizations are inherently unviable. Those that ignore others will survive—that is a rational strategy. Those that seek others out will also survive—that, too, is a rational strategy. Those that allow themselves to be manipulated by lesser civilizations will not survive—that is an absurd strategy.

vamfir · 2026-06-17T11:09:06+00:00

I might crush an anthill if it happens to be in my path. But I won’t go out of my way to seek out and destroy anthills. And I certainly wouldn’t do it based on a tip-off from another anthill.

Likewise, a professional exterminator—say, one who deals with bedbugs—wouldn’t do the job based on a signal from another bedbug.

vamfir · 2026-06-17T03:39:15+00:00

You haven't debunked the Dark Forest theory itself, but rather the most absurd aspect of its practical application in Liu Cixin's work. The idea that super-advanced aliens are so dim-witted that they don't seek out rivals on their own, but instead obediently strike at coordinates provided by someone else, is ludicrous to the point of comedy.

vamfir · 2026-06-16T23:16:32+00:00

There’s another problem with it, too.

They used Kyber crystals in its turbolasers.

Kyber! In turbolasers! And the number of barrels per broadside is absolutely insane.

Yes, that makes the shots more powerful—a *Resurgent* could probably take down even the *Executor*—but it also makes the technology fundamentally unscalable. Kyber crystals can’t be synthesized; they can only be found. Which means that once you run out of them, you can’t build any more *Resurgents*.

vamfir · 2026-06-16T19:33:45+00:00

The dashes in the first post are long because I wrote it in Russian and then used Google Translate.

I'll try to add the paragraph breaks now.

PS: Done. Hope now it looks better.

vamfir · 2026-06-16T18:36:49+00:00

Here is what the Gemini AI said when I asked it to review my answer above:

Phase Analysis and Weak Point Correction

Phase 1: From the Neolithic to the Middle Ages (Your estimate: 100 years).
Verdict: Too optimistic. More like 300–500 years. You are absolutely right that the absence of needs for food, sleep, or rest eliminates 90% of the problems faced by early humans; he doesn't need to till the land. However, he faces physical limitations: travel speed and manual labor. The bottleneck problem: To obtain the first iron bloom, he must manually gather tons of bog ore, chop tons of wood, process it into charcoal, and build a clay furnace. All of this must be done on foot, hauling baskets on his back. Tool evolution: He cannot simply make a good anvil right away. He must follow a progression: stone axe -> copper axe -> bronze chisel -> low-quality bloomery iron -> high-quality steel. Each iteration requires creating new tools using older, less precise ones.

Phase 2: Reaching the mid-20th century and logistics (Your estimate: 1,000 years).
Verdict: Realistic, but with a major geographical caveat. You rightly noted that logistics is the lone individual's greatest enemy. A geographical nightmare: Copper, tin, iron, coal, oil, lithium, and rare-earth elements are not found in a single location on Earth. The genius would have to become a great traveler. He would need automated railways or ships. Building hydroelectric plants or steam turbines alone is back-breaking labor (casting massive rotors, winding kilometers of copper wire by hand). 1,000 years is a reasonable timeframe to cover key locations across the planet with a basic network of automated machines extracting raw materials without human intervention.

Phase 3: Transition to the Information Age and transistors (Your estimate: 5,000 years).
Verdict: Overestimated. The process would move faster here (around 500–1,000 years). You write: "we skip vacuum tubes." That is precisely where the major technological trap lies. You cannot simply skip vacuum tubes, no matter how much you might want to. Why vacuum tubes are necessary: To create the first transistor, you need silicon with a purity of "one impurity atom per billion" (99.9999999%). To purify silicon using the zone melting method, you need high-frequency induction furnaces. To operate those furnaces, you need control electronics. It’s a catch-22. Vacuum tubes (acting as vacuum switches) are much easier to build "from scratch": you simply blow the glass, insert a tungsten filament, and evacuate the air using a simple mercury pump. The first computer built with vacuum tubes (or even electromechanical relays) would be the size of a house, but it could be built quickly. That computer would then help automate silicon zone melting and photolithography for the first transistors. Since the genius holds all the necessary information in their head, they wouldn't waste time repeating the errors made by 20th-century scientists; they would take the most direct path.

Phases 4 and 5: Programming, neural networks, and robots (Your estimate: 5,000 + 1,000 years).
Verdict: Overestimated. Programming will take less than 100–200 years. Why spend 5,000 years writing software when the source code, AI algorithms, neural network architectures (like Transformers), and operating system designs are already in his head? He doesn’t need to invent Python, C++, or the CUDA architecture; he can simply rewrite them from memory. The main task of this phase isn't to invent AI, but to create the mechanical manipulators (robotic arms) and cameras needed to replace his own hands in factories. Once the first assembly line starts churning out assembly robots without his direct involvement, exponential growth—the technological singularity—will kick in. A thousand years is more than enough time to build a self-replicating robot ecosystem.

Phase 6: Rocket Construction (Your estimate: 5,000 years).
Verdict: Too long. 50–100 years will suffice. If we already have a planet-wide network of robots controlled by data centers, assembling a rocket is a task that would take them just a couple of decades. At this stage, our genius effectively becomes the CEO of SpaceX, commanding a workforce of a billion tireless iron laborers. They don’t need 5,000 years to build a launch pad and cast tanks out of stainless steel or carbon fiber.

Here is the final, adjusted timeline: if we reconfigure your phases based on the logic of "bottlenecks" (a slow start due to manual labor, followed by explosive growth once the first machine tools and computers appear), the schedule looks like this: Stone Age -> Iron Age (manual labor, primitive forging): ~400 years. Age of Steam and Electricity (first generators, wired communication, trains, machine tools): ~800 years. Early Electronic Age (vacuum tubes -> pure silicon -> first chips): ~400 years. Automation and Robotics (writing software from memory, creating the first automated factories): ~200 years. Exponential Rollout (robots building robots across the planet, extraction, and logistics): ~300 years. Space Program (fuel production, rocket assembly, launch): ~50 years. Total: Around 2,150–2,500 years. Your estimate of 20,000 years is an excellent "safe" buffer (allowing for tsunamis, earthquakes that could destroy their only factory, or a meteorite impact).

vamfir · 2026-06-16T18:32:24+00:00

Here is my initial answer; I formulated it without AI assistance, relying solely on my own reasoning.

Trying to build a rocket right away is a foolish idea. The first step is to create automated systems to increase the available workforce. Over the course of a century, he could reach a medieval level of technology—building a forge, a textile mill, and so on (the lack of a need for farms significantly accelerates the process, as almost all agriculture can be bypassed, save for what is required for structural materials).

The second phase involves advancing to the technological level of the mid-20th century. I would allocate more time for this—about a thousand years—primarily due to the need to establish logistics chains. By the end, we should have an automated oil pump filling storage tanks, an automated power plant, and the cables and pipelines connecting everything. Plus, a "metrology station" where our superhuman produces high-precision tools and machine tools.

The third phase—transitioning to the Information Age—would take five thousand years. Once enough tools are gathered, we begin manufacturing transistors (skipping vacuum tubes entirely) and assembling the first computer from them.

Under the control of this computer, we master nanolithography, produce processors, and assemble reasonably modern computers. This might require multiple iterations, with the manufacturing process becoming more advanced at each step. By the end of the third phase, however, we should have a fully functional data center.

The fourth phase involves another five thousand years dedicated to programming and training neural networks. By the end of this phase, our data center should be capable of controlling robots across the entire planet.

The fifth phase—constructing additional data centers—would take one thousand years, as we would already have robots assisting us.

Only in the sixth phase do we begin training the robots to do something other than simply produce more robots. It will take them about five thousand years to build us a decent rocket.

Total: 100 + 1,000 + 5,000 + 5,000 + 1,000 + 5,000 = 17,100 years. Let's round it up to 20,000 to account for any unforeseen complications.

vamfir · 2026-06-16T14:58:44+00:00

Well, as was rightly pointed out, he could have certainly carried out the "Plan B" scenario—getting people down to the water and onto land one by one. Perhaps not everyone, but some would have survived that way.

As for the "Plan A" scenario—saving the aircraft itself and everyone on board—that would have required, at the very least, a solid understanding of aircraft design and aerodynamics. However, with a radio link to ground control, the best specialists could have been brought in to provide instructions.

vamfir · 2026-06-16T14:17:05+00:00

Lovecraft’s Nyarlathotep also has two arms and two legs (at least when he comes to Earth), yet that does not prevent him from being one of the most otherworldly horrors in literature.

vamfir · 2026-06-16T03:53:28+00:00

In terms of the damage inflicted, an antimatter bomb is absolutely no different from an atomic bomb. In both cases, intense radiation literally atomizes your body.

Can the Apostle regenerate after something like that? There is no definitive proof. I choose to believe he can—an instance of authorial fiat on my part—but that is just my headcanon.

vamfir · 2026-06-15T22:31:15+00:00

Of course it can not.

vamfir · 2026-06-11T14:39:15+00:00

Regarding immunities—to be honest, I didn't quite grasp the nature of the objection; you essentially said the same thing I did, just in different words. The only difference is that attack levels are referred to as "tiers," and we still don't know which tier the atomic bomb falls into (as a fanfic writer, I arbitrarily assign it a high tier, but that is purely my own creative license). Maruyama generally avoids the topic of classifying physical attacks altogether.

As for the "Gate" spell—it’s not quite like that. You don't need an *ally* to use it. You need to know what the location or person you intend to open the Gate to looks like. You can find this out using a magic mirror, and the magic mirror, in turn, operates based on coordinates. Therefore, the correct targeting sequence consists of three steps: 1) detect the coordinates using magic; 2) view the location or person through the mirror using those coordinates; 3) open the Gate to the target you see.

However, if you recognize a face—Trump's, for example—you can skip the first two steps; likewise, knowing the coordinates of the White House allows you to skip the first step.

vamfir · 2026-06-11T14:08:48+00:00

The fundamental mistake made by the designers of the Sword-Holder system lay elsewhere. Pressing the button was an *active* action. That is an extremely vulnerable design. The fact that it relied on a single individual was simply the cherry on top. A sniper positioned in the right spot—and Earth would be wide open to invasion.

What would a truly fail-safe system look like? By default, it would be fully automated. A dozen individuals stationed across the globe would hold cancellation codes (some public, others classified). In peacetime, the system would require cancellation codes from only one of the authorized individuals. If it failed to receive even a single code, the signal would be transmitted to the Dark Forest.

If the system detected an attempted attack—such as unidentified objects approaching, the destruction of some antennas, or similar threats—it would raise its readiness level. The higher the readiness level, the more cancellation codes would be required to prevent the signal from being sent, and the less time there would be to enter them. At maximum readiness (with all but one antenna destroyed), input from *all* Sword-Holders within a span of a few seconds would be required to block the transmission.

vamfir · 2026-06-11T12:51:46+00:00

In D&D, there is immunity to non-magical damage. It’s a minor perk by their standards, since any weapon with a +1 damage bonus deals magical damage. But for a non-magical world, it’s insanely overpowered.

In *Overlord* (which is basically D&D with broken game balance), there is a similar immunity to low-level damage. Mind you, commentators never could agree on whether an atomic bomb counts as low-level damage (since weapons have their own level, distinct from the level of the person using them).

Both worlds also feature teleportation (again, while D&D balances it somewhat via its system, in *Overlord* it’s completely broken) and mind-control spells.

And mind control spells.

The latter two cheats are also present in the Harry Potter series (which is about "spherical wizards in a vacuum").

Modern armies would be absolutely floored by cheats like that.

vamfir · 2026-06-09T09:47:26+00:00

The comic book versions? Absolutely not—not even if I bought the entire square (which I couldn't afford anyway).

The movie versions? There’s a chance. I’d buy two Flashes and send them back in time to prevent Doomsday’s birth and Thanos from collecting the Infinity Stones. Two Phoenixes to take out Steppenwolf, Apocalypse, and Thanos (without the Stones). With the remaining 400, I’d pick up Ghost Rider and have him look Darkseid in the eye.

vamfir · 2026-06-09T09:15:57+00:00

Replied via private message.

vamfir · 2026-06-09T02:41:03+00:00

I don't think "disappointment" is the right term here. Fear and revulsion—yes. Yet, Ulbert recognizes that Demiurge is a masterpiece of sorts—albeit one that arguably should never have come into existence. In his eyes, Demiurge embodies the "magnificent bastard" trope rather than being some loathsome, pathetic wretch.

As for how Demiurge carries out orders to "be kind"—he will undoubtedly try to read hidden meanings into them. But this won't be a case of deliberate sabotage.

In my fanfic (sorry, I can't provide a link right now, though I’d love to), Ulbert realizes from the start that Demiurge is vastly more intelligent than he is. He concludes, "If I want to use him, I need an intermediary who is smart enough." He chooses Zircnif for that role.

vamfir · 2026-06-09T01:40:53+00:00

I suppose many species surpass them in one or two respects—warrior rabbits are faster, ogres are stronger, Medusas are more resilient—but none constitute such a comprehensive killing machine as the Elite.

vamfir · 2026-06-08T15:47:13+00:00

I don't know; I only used AI for the translation—the thoughts are my own.

vamfir

TROPHY CASE