This taboo is an asset to be treasured

January 24th, 2026

Arms and Influence by Thomas C. SchellingThomas Schelling opens the 2008 edition of his Arms and Influence with a new preface:

The world has changed since I wrote this book in the 1960s. Most notably, the hostility, and the nuclear weapons surrounding that hostility, between the United States and the Soviet Union—between NATO and the Warsaw Pact—has dissolved with the dissolution of the Soviet Union and the collapse of the Warsaw Pact. A somewhat militarily hostile Russia survives the Cold War, but nobody worries (that I know of) about nuclear confrontations between the new Russia and the United States.

The most astonishing development during these more than forty years—a development that no one I have known could have imagined—is that during the rest of the twentieth century, for fifty-five years after Hiroshima and Nagasaki suffered the world’s first nuclear bombs, not a single nuclear weapon was exploded in warfare. As I write this in early 2008, it is sixty-two and a half years since the second, and last, nuclear weapon exploded in anger, above a Japanese city. Since then there have been, depending on how you count, either five or six wars in which one side had nuclear weapons and kept them unused.

[…]

Nuclear weapons were not used in the United Nations’ defense of South Korea. They were not used in the succeeding war with the People’s Republic of China. They were not used in the U.S. war in Vietnam. They were not used in 1973 when Egypt had two armies on the Israeli side of the Suez Canal. They were not used in the British war with Argentina over the Falkland Islands. And, most impressively, they were not used by the Soviet Union when it fought, and lost, a protracted, demoralizing war in Afghanistan.

This “taboo,” as it has come to be called, is an asset to be treasured. It’s our main hope that we can go another sixty years without nuclear war.

The nonproliferation program has been more successful than any student of the subject would have thought likely, or even possible, at the time this book was written. There are, in 2008, nine, possibly going on ten, nations that have nuclear weapons. When this book was being written, serious estimates suggested that three or four times that number would have nuclear weapons within the century. This outcome partly reflects successful policy and partly reflects the loss of interest in nuclear electric power, especially after the explosion in Ukraine of the Chernobyl reactor complex in 1986.

[…]

Smart terrorists—and the people who might assemble nuclear explosive devices, if they can get the fissionable material, will have to be highly intelligent—should be able to appreciate that such weapons have a comparative advantage toward influence, not simple destruction. I hope they might learn to appreciate that from reading this book.

[…]

Actually, I found the first sentence of the original preface to be even more portentous than I could make it in the 1960s. “One of the lamentable principles of human productivity is that it is easier to destroy than to create.” That principle is now the foundation for our worst apprehensions.

I had to coin a term. “Deterrence” was well understood. To “deter” was, as one dictionary said, to “prevent or discourage from acting by means of fear, doubt, or the like,” and in the words of another, “to turn aside or discourage through fear; hence, to prevent from action by fear of consequences,” from the Latin to “frighten from.” Deterrence was in popular usage not just in military strategy but also in criminal law. It was, complementary to “containment,” the basis of our American policy toward the Soviet bloc. But deterrence is passive; it posits a response to something unacceptable but is quiescent in the absence of provocation. It is something like “defense” in contrast to “offense.” We have a Department of Defense, no longer a War Department, “defense” being the peaceable side of military action.

But what do we call the threatening action that is intended not to forestall some adversarial action but to bring about some desired action, through “fear of consequences”? “Coercion” covers it, but coercion includes deterrence—that is, preventing action—as well as forcing action through fear of consequences. To talk about the latter we need a word. I chose “compellence.” It is now almost, but not quite, part of the strategic vocabulary. I think it will be even more necessary in the future as we analyze not just what the United States—“ we”—needs to do but how various adversaries—“ they”—may attempt to take advantage of their capacity to do harm.

We have seen that deterrence, even nuclear deterrence, doesn’t always work. When North Korea attacked the South, it wasn’t deterred by U.S. nuclear weapons; nor was China deterred from entering South Korea as U.S. troops approached the Chinese border (and the United States was not deterred by Chinese threats to enter the fray). Egypt and Syria in 1973 were not deterred by Israeli nuclear weapons, which they knew existed. Maybe Egypt and Syria believed (correctly?) that Israel had too much at stake in the nuclear taboo to respond to the invasion by using nuclear weapons, even on Egyptian armies in the Sinai desert with no civilians anywhere near.

But “mutual deterrence,” involving the United States and the Soviet Union, was impressively successful. We can hope that Indians and Pakistanis will draw the appropriate lesson. If this book can help to persuade North Koreans, Iranians, or any others who may contemplate or acquire nuclear weapons to think seriously about deterrence, and how it may accomplish more than pure destruction, both they and we may be the better for it.

The RPG industry is like a water pipe

January 23rd, 2026

Ken “Whit” Whitman explains how he learned TSR was dying:

A lot of people ask me: “If you were just the Gen Con coordinator, how do you know so much about TSR’s internal strategy?”

Fair question.

Here’s a little story that might give me some legitimacy.

In 1994, TSR’s VP of Marketing, Rick Behling, convinced Lorraine Williams to spend $150,000 on market research.

That was a MASSIVE amount of money for TSR at the time.

They paid Nielsen—yes, the TV ratings people—to add questions about Dungeons & Dragons to one of their regular surveys.

The results came back.

And I was in the meeting when Rick presented them.

Here’s what we learned:

-9 million people had played D&D at some point in their lives.

-2 million people were actively playing.

-TSR controlled 80% of the role-playing game market.

-The other 20% was “leakage” to competitors.

-On paper, we were crushing it.

But then Rick explained the real problem.

He used a metaphor I’ll never forget:

“The RPG industry is like a water pipe. TSR controls the pipe. But there are little springs—little holes—where water leaks out to other companies.

The problem is, the pipe is only about 7 years long.

Most people get into D&D, play for roughly 7 years, and then get out. Forever.

They don’t come back.”

That’s when I realized TSR was in trouble.

Because if your entire business model depends on:

Capturing new players

Flooding them with so much product they can’t afford competitors

Losing them after 7 years

Then finding NEW players to replace them

…you’re not building a sustainable business.

You’re building a treadmill.

And eventually, you run out of new players.

Rick’s strategy—the one TSR actually used—was this:

“Make so much product, there’s no money left over to buy other people’s product.”

Flood the market.

Capture the entire wallet.

Starve the competition.

It worked for a while.

Until it didn’t.

Three years later—1997—TSR collapsed.

Wizards of the Coast bought us.

Spanked us. Hard. Because Wizards figured out what TSR never did: You don’t win by flooding the market for 7 years.

You win by keeping players for LIFE.

So why was I in that meeting?

I was the Gen Con coordinator.

Gen Con was TSR’s biggest marketing event—30,000+ attendees, vendors, distributors, press.

Rick wanted someone who understood the ground-level reality of the market.

I wasn’t an executive.

But I had access.

I saw things.

I heard things.

I was in rooms where strategy was discussed.

And 30 years later, I remember that meeting like it was yesterday.

Because Rick’s “water pipe” metaphor explained everything:

Why TSR made so many products

Why quality dropped

Why retailers couldn’t keep up

Why players got exhausted

Why we collapsed

We optimized for the wrong thing.

7-year wallet capture instead of lifetime engagement.

I’m telling these stories because:

1. I was there. I witnessed things that aren’t in the history books.

2. For my children. So they understand what Dad did and why it mattered.

3. For the ADHD community. Because my brain is Swiss cheese—I forget names but remember strategic presentations from 30 years ago.

4. For gaming history. Because if I don’t tell these stories, they disappear.

This is not our trash

January 22nd, 2026

I Have Known the Eyes Already by Morgan WorthyIn his memoir, I Have Known the Eyes Already, Morgan Worthy mentions a traumatic event from his childhood:

The day was Tuesday, December 2, 1941. I was five years old. The time was between noon and 1p.m. That, I learned later. I want to stick to just what I remember. I came out into our front yard and saw a pint milk bottle that someone had thrown into the shallow ditch that separated our small front yard from the street. I also saw that the little boy next door, Tommy Pearson, was in his front yard. I picked up the milk bottle and said to Tommy something like, “This is not our trash. It must be your trash,” and threw the bottle into their front yard. Tommy said it was not and threw it back into my yard. We kept throwing that milk bottle back and forth. I felt good. I was going to win this battle. Tommy must have been getting more and more frustrated because he said, “I will just get a gun and shoot you.” He went into the house and when he came back, he had what I thought was a toy gun. I was standing at the edge of our yard. He came over to where I was, pointed the pistol at me and said, “Now I am going to kill you.” He tried to pull the trigger. Nothing happened. He moved back toward his house as he continued to manipulate the pistol. I stood in the same spot between our two houses watching him. Suddenly there was an explosion that I will never forget or entirely get over. The bullet went into his face and up through his head. To say that I saw an explosion is the right way to say it. I must have stood looking no more than a split second. My next memory is of running between the two houses and into the back door of my house. I could not find my mother. (She had been inside working at her sewing machine; she had heard the shot and went out the front door to check on me.)

I remember only one other thing. I looked out the back window, or back side window, and saw men coming toward the scene, running on a path that ran to the street behind us. One was my father; he was wearing high top brogans. It is the only time I can ever remember seeing him or a group of workmen run like that. It was terrifying. I have no more memories of that day.

When my mother could not find me outside, she went back in our house and found me sitting on the floor in a back room playing. She assumed that I had come back into the house when Tommy had gone back into his house. I did not tell her or anyone else that I had been there when it happened. It was my secret. My world changed on that day.

Then, a couple years later:

One day when my mother was at the farm, she took my brother and me with her to visit neighbors, the Long family, who lived on a nearby farm. My brother and I went with one of the sons about our age, Henry Long, to his bedroom. He showed us his 410 shot gun. He assured us it was unloaded and started pretending he was hunting. As he swung the gun around, he said, “Yonder goes a rabbit,” and pulled the trigger. Again, I saw and heard an explosion. This time it was only a wall that suffered the damage. Before his mother or our mother could get there my brother and I were out the front door and ran all the way home.

And then:

The third gun accident involved an “unloaded” air rifle, which my cousin aimed at my face and pulled the trigger. The BB came through a windowpane and just missed my left eye. He was more upset than I was. We managed to cover the hole in the window such that it would not be noticed by my aunt and uncle. At least this time I had someone who shared in the guilty secret.

Genetic markers of stress, resilience and success

January 21st, 2026

To qualify for training as elite U.S. Army Special Forces (SF) soldiers, candidates must complete the extremely stressful 19–20 day Special Forces Assessment and Selection (SFAS) course:

At SFAS, soldiers must excel at stressful cognitive and physical challenges including team problem solving, foreign language testing, land navigation, timed loaded road marches, timed runs, and challenging obstacle courses. Approximately 70% of soldiers who attempt SFAS fail.

To investigate genetic factors associated with cognitive and physiological biomarkers of resilience and success at SFAS, single nucleotide polymorphisms (SNPs; n = 116) from 47 genes associated with psychological function, resilience, circadian rhythms/sleep, and biomarkers of stress (cortisol and C-reactive protein [CRP]) were examined. Study volunteers were 800 males enrolled in SFAS (age=25±4y; height=178.1 ± 7.5 cm; body mass=82.5 ± 9.2 kg; mean±SD).

Genes associated with resilience and their functions included: tryptophan hydroxylase 2 (TPH2; serotonin synthesis); catechol-O-methyltransferase (COMT; catecholamine catabolism); corticotropin-releasing hormone receptor1 gene (CRHR1; resilience to stress); Period3 (PER3; circadian rhythmicity); FK506 binding protein5 (FKBP5; steroid receptor regulation).

In summary, several genetic variants are associated with cognitive function and resilience in healthy volunteers exposed to 19–20 days of severe physical and cognitive stress designed to select the best candidates for several years of training. This study extends findings of research on resilience genetics to a novel population and situation, mentally and physically stressed soldiers competing for the opportunity to be trained for an elite unit. The findings indicate that several genes known to be associated with resilience exert their effects on the resilience phenotype under very difficult circumstances than usually studied.

The family of birds that was rated most deliberate was herons; the family of birds that was rated quickest was swifts

January 20th, 2026

I Have Known the Eyes Already by Morgan WorthyAfter doing some content analyses, Morgan Worthy (I Have Known the Eyes Already) asked 100 ornithologists to make blind ratings of large families of birds on “quick-versus-deliberate” behavior related to flight, feeding, and escape:

Twenty-one agreed to do so. Some left out those families with which they were not very familiar.

I included in the analysis all large families of birds for which at least 15 ornithologists had made ratings. When size was partialed out, the eye-darkness measure and the combined behavioral measures correlated .56 [d.f. = 33, p < .001]. As you probably know, John, that means that differences in eye-darkness, even using a two-point scale, accounted for about 31% of the rated differences in quick-versus-deliberate behavior. That is not trivial. The family of birds that was rated most deliberate was herons; the family of birds that was rated quickest was swifts. Whereas the reaction time differences with humans were small in absolute terms, in this study of birds, the behavioral differences were large.

Own the night or die

January 19th, 2026

Own the night or die, John Spencer says:

In three major conflicts involving forces that range from professional to semiprofessional—the 2020 war between Azerbaijan and Armenia, the ongoing Russia-Ukraine war, and Israel’s campaign against Hamas after October 7, 2021—large-scale night operations have been notably rare. Outside of highly specialized units conducting limited raids, most decisive fighting has occurred during daylight. At night, both sides tend to pause, reorganize, and recover. In effect, the night is ceded rather than dominated.

That reality stands in sharp contrast to what the US military demonstrated in Operation Absolute Resolve. US forces executed a complex, high-risk mission deep inside a dense capital city at night. The operation required joint and interagency integration across air, land, sea, and cyber domains and fusing intelligence, special operations forces, and other capabilities. Power was cut. Targets were overwhelmed. The mission concluded with zero American casualties and zero loss of equipment. It was a near-flawless demonstration of a capability that takes decades to build and years to sustain.

That success is even more striking when viewed against earlier US experience. Operation Eagle Claw remains a cautionary case of what happens when night operations exceed institutional readiness. The 1980 hostage rescue attempt in Iran required unprecedented joint coordination and depended on a complex, multiphase plan involving long-range infiltration, helicopters, and clandestine ground movement deep inside hostile territory, much of it planned for execution under conditions of limited illumination and degraded visibility. Mechanical failures, severe dust storms, and navigation challenges reduced the assault force below the minimum required to continue the mission. During the withdrawal from Desert One—a staging area where the mission was aborted—a helicopter operating in degraded visibility collided with a transport aircraft, killing eight US servicemembers. Eagle Claw exposed serious deficiencies in joint planning, rehearsal, and integration. Strategically, it revealed the limits of American power projection in denied environments and directly drove sweeping reforms, including the creation of US Special Operations Command.

A decade later, Operation Just Cause marked significant progress but also underscored how darkness magnifies the challenges of identification, control, and coordination. The 1989 invasion of Panama involved approximately twenty-seven thousand US troops and successfully dismantled the Panamanian Defense Forces within days. The operation deliberately began at night, with major assaults initiated around midnight and continuing through hours of darkness, requiring near-simultaneous airborne and ground attacks against multiple objectives across Panama. During the opening night of the operation, including the seizure of Torrijos-Tocumen International Airport and other key sites, fratricide occurred amid limited visibility, compressed timelines, and the rapid convergence of aircraft and ground forces. The Joint Chiefs of Staff history of the operation highlights the extraordinary command-and-control demands created by this nighttime tempo, illustrating how darkness, density of friendly forces, and speed of execution strained identification and coordination even within an increasingly capable joint force. Just Cause demonstrated growing US proficiency in large-scale night operations, but it also showed that darkness punishes even small lapses in control, communication, and situational awareness.

The difference between those operations and more recent successes was not technology alone. It was mastery earned through relentless training, professionalization, and a force-wide expectation that fighting at night is not exceptional. It is preferred.

Simple reaction time is not related to skin color, but it is related to eye color

January 18th, 2026

I Have Known the Eyes Already by Morgan WorthyMorgan Worthy explains (in I Have Known the Eyes Already) some independent research done at Pennsylvania State University by people he had never met:

They tested the reactivity hypothesis with human subjects by studying eye color and reaction time in a laboratory setting. They first found that simple reaction time is not related to skin color, but it is related to eye color. They found that dark-eyed blacks and dark-eyed whites have faster reaction times than do light-eyed whites. They then focused just on comparing dark-eyed Caucasians to light-eyed Caucasians on how quickly they could react to a visual or auditory stimulus. They did a number of well-controlled laboratory studies, and then did a meta-analysis of all those studies. Read this quotation which reports the results:

Thus, the findings across studies have consistently shown that dark-eyed subjects have shorter pre-motor time and simple RT latencies than light-eyed subjects. Considering that Worthy’s hypothesis has been experimentally tested seven times with seven different samples … a combined probability value would more accurately reflect the reliability of the eye color phenomenon. Using a z-transformation procedure … a z value was obtained that could not occur by chance any more than one time in 10 million. Worthy’s hypothesis, therefore, reliably predicts RT differences between eye color groups from one study to the next (Hale, et al. 1980, p. 61).

I can live with a probability of one in ten million that my hypothesis is wrong. I wanted you to read that in order to make it clear that the association between dark eyes and quick reactions is very well established in humans.

He concedes that the differences not large in absolute terms:

I had reached the same conclusion by studying performance records of professional and college athletes. Even small differences in the general population can matter when looking at a heavily selected group like professional athletes.

Adding radars, LiDARs, and other sensors to cameras does not meaningfully advance us toward full self-driving

January 17th, 2026

Adding radars, LiDARs, and other sensors to cameras does not meaningfully advance us toward full self-driving, Genma_Jp argues:

Here are the six main reasons:

Marginal information gain: RADAR and LiDAR primarily provide depth and relative velocity — data that modern neural networks can already derive sufficiently from camera images alone, especially given that precision requirements decrease at longer distances.

LiDAR’s fundamental weaknesses: It performs poorly in rain, fog, and on reflective surfaces (blooming), produces sparse and noisy returns requiring fragile clustering, and lacks the angular resolution for reliable classification at distance.

RADAR’s practical limitations: Despite better weather penetration, it delivers extremely sparse detections, suffers from clustering and classification challenges, and often masks weaker objects behind stronger reflectors — particularly problematic for static infrastructure in low-speed scenarios.

Irreplaceable role of vision: RADAR and LiDAR cannot detect critical semantic information — traffic signs, lights, lane markings, or pedestrian intent cues. Stellar computer vision is mandatory anyway; the other sensors cannot compensate for its absence.

Cameras are robust enough: Modern imagers match or exceed human-eye performance, and practical mitigations (wipers, airflow) handle issues like raindrops. In truly degraded visibility, the safe response is to slow down — something an AV can do systematically, just as humans do.

Fusion as a crutch: Multi-sensor approaches deliver quick early wins by patching vision weaknesses, but they mask the need for true mastery of computer vision through massive data and compute. Companies end up over-investing in complex fusion logic instead of solving the hard problem.

Amount of melanin in the iris is correlated with amount of neuromelanin in the central nervous system

January 16th, 2026

I Have Known the Eyes Already by Morgan WorthyThe amount of a black-brown pigment, eumelanin, in the iris is the main determinant of eye color, Morgan Worthy explains (in I Have Known the Eyes Already):

If there is a high enough concentration of eumelanin, the eye will appear brown. If the concentration is very high, the eye will appear black. If the particles of melanin are very small, a light-scattering effect will cause the iris to appear blue (for the same reason that the sky appears blue). Eye color is also determined by the amount of a yellow-red pigment, pheomelanin, in the iris. There are other factors involved, but that is the basic difference between dark eyes and light eyes. If you like, I can give you a recent article (Borteletti et al. 2003) that discusses various other factors that can influence iris color.

[…]

Amount of melanin in the iris is correlated with amount of melanin in the inner ear (Bonnaccorsi 1965) and with amount or distribution of neuromelanin in the central nervous system (Happy and Collins 1972). In terms of the link to motor behavior, it is perhaps significant that neuromelanin can function as a semiconductor (McGinness et al. 1974). Eye color is polygenic and the specific genetic causes are still being sorted out (Zhu et al. 2004). I just use eye color or eye darkness as a marker variable that is external and easily observed. In fact, eye color was used as a marker variable in many of the early studies of genetics.

The greatest lie that textbooks teach is that the hard part is coming up with an answer

January 15th, 2026

How to Solve It by George PolyaSome problems come to us demanding to be solved, John Psmith notes, like an invading army or a looming bankruptcy:

But others we go hunting for because they are economically or intellectually valuable. Or for sport. An entrepreneur and an academic are both a kind of truffle-pig for good problems, and it pays to develop a nose for them. Eventually you learn to notice its spoor, the rank taste in the air, “a problem has passed by this way, moving downwind, two days ago.” One of the many ways school fails us is by actively harming this capacity, it lies and lies to us for decades, teaching us that good problems will be delivered on a silver platter. This is why so many people who do well in school never amount to anything. They never develop a taste for the hunt, never learn that this, actually, is the most important part of the entire site survey: “is this problem worth solving by anybody?”, “am I uniquely well-positioned to solve it?”, “can I amass the resources to solve it?”, “do I have any chance of success?”, “is there some other problem that it is more valuable for me to solve?” The greatest lie that textbooks teach is that the hard part is coming up with an answer. No, the hard part is usually coming up with a worthwhile question.

One is a stalker; the other is a chaser

January 14th, 2026

I Have Known the Eyes Already by Morgan WorthyIf you are out in the yard with your pet, Morgan Worthy explains (in I Have Known the Eyes Already), and it sees a squirrel nearby, what it does next will probably depend on whether your pet is a cat or a dog:

The immediate response of a cat is to freeze, then crouch and start to stalk in preparation for an ambush. The immediate response of most dogs is to run, without delay, toward the squirrel and chase it. One is a stalker; the other is a chaser and uses immediate, direct pursuit. The first responses of cats and most dogs on sighting prey are very different from each other. Only after the prey has come close to the waiting cat or the cat has slowly worked its way close to the prey, does the cat suddenly pounce.

The typical dog makes quick moves; the cat makes sudden moves. Understanding the difference between those two words, quick and sudden, is necessary to understand everything else we will talk about. Quick implies an immediate reaction; sudden implies an abrupt move after some delay. The origins of the two words make this plain. “Quick” means “swift, lively.” “Sudden” means literally “to approach secretly” and comes from two Latin words that mean “secretly” and “to go.” One way to remember it is immediate quick and delayed sudden.

Another way to state this is that one is quick and the other is deliberate. If we can agree that most dogs tend to be quick and most cats tend to be deliberate, we can then move on to differences in eye darkness between the two. The reactivity hypothesis is that dark eyes are associated with quick responses and light eyes are associated with deliberate responses. Using our example, we can predict that dogs are darker-eyed than cats. A simple way to get a measure of eye darkness is to say that only brown eyes and black eyes are considered dark and all others are considered light.

[…]

Dogs tend to be significantly darker-eyed than cats. Of the 27 breeds of domestic cat, none are dark-eyed. They are all in the range of yellow-amber-orange-blue-green. None are at the other end of the scale—black, dark brown, brown—that we are treating as dark-eyed. The same is true for cats in the wild. Look with me here at the database (Worthy 2000, p44). In the wildlife literature we found eye colors for 15 species of cat. All had yellow or yellowish eyes except for one, the Ocelot, and its eyes are reddish brown. So, for 27 breeds of domestic cat and 15 species of cats in the wild, using our 2-point scale of eye darkness, every one of them gets a score of 0.

[…]

Most dogs react to prey by immediately giving chase. One group of dogs, though, employ an initial response to prey that is very much like the initial response of cats. Pointers and setters, like cats, freeze when they first sense prey nearby. Pointers adopt a standing pose and setters crouch. In regards to this initial response, I think any fair observer would grant that pointers and setters are more deliberate or cat-like than are other dogs. If the reactivity hypothesis is correct, those breeds (all are often just referred to as Pointers) should be less likely than other breeds to have dark eyes. That is, indeed, the case. Whereas 70% of other breeds are dark-eyed, only 28% of the pointer or setter breeds are dark-eyed. A difference that large, given the sample sizes, could occur by chance less than one time in a thousand.

[…]

Pointers are bred for “freezing” as first response to prey; hounds are bred to track and chase prey; terriers are bred for not only chasing the prey, but for following it into burrow or den—which requires a high level of persistence and courage. Simon & Shuster’s Guide to Dogs (Pugnetti 1980) uses a symbol to indicate adaptation for each of those three behaviors.

There is a progression. Fifty-five per cent of pointer breeds have yellowish eyes; for hounds, it is only 10%, and there is no breed of terrier that has yellowish eyes. Yellow eyes seem to be associated with hesitation or freezing behavior, which is good for animals that stalk. Hesitation would tend to be a liability for animals that hunt by means of direct pursuit. And that would be especially true for terriers, which are expected to pursue the prey into its den.

[…]

Dark-eyed animals show active courage; light-eyed animals that freeze when predators are near show passive courage.

One of the main things to remember, though, from our talking about cats and dogs, is that predators that depend a lot on freezing, ambush, lying-in-wait, stalking, or any other form of surprise to take prey will not only be light-eyed, but most likely will have yellowish eyes. I know we have only covered three examples so far—domestic cats, cats in the wild, and dogs that point or set—but the same pattern is seen with all classes of land vertebrates. Any type predator that uses surprise to ambush prey (in less than total darkness) tends to have yellowish eyes. That can be noted by anyone who cares to look within various orders or sub-orders of animals: frogs, snakes, lizards, crocodilians, carnivores, primates, raptors, owls, heron-like birds, and various other orders of birds.

No one can deny that statement, but they can ignore it. Given human history, people of good will are now reluctant to acknowledge any evidence that pigmentation can be related to behavior. We seem always to go from one extreme to the other.

[…]

Helen Mahut (1958) did a study in Canada in which she compared ten breeds of dog on response to novel stimuli and categorized the behavior as “fearless” or “fearful,” depending on how bold or inhibited the dogs were in their responses. I no longer remember the particular breeds, but when I checked the eye colors, the most fearless dogs were also the ones with the darkest eyes.

[…]

Asdell (1966) described wolves as being cautious, cowardly and fearful of novel stimuli. They pursue prey in a circling or zigzag manner in order to set up an ambush. That is not direct pursuit as is seen in terriers or weasels. Nor is it as non-reactive as the behavior of cats and pointers. Because wolves are lighter eyed than most dogs it is significant that Asdell also reported that wolf-dog hybrids exhibit “passive defense reactions” more than do most dogs.

This tactic pairs two tanks with continuous drone support

January 13th, 2026

Recent statements from the Russian Ministry of Defense indicate that Russia is adopting a new tank tactic:

This tactic pairs two tanks with continuous drone support. One tank operates from a standoff position to deliver fire, while the second conducts a rapid forward maneuver toward the line of contact. Drones help coordinate movement and fires by providing target detection, fire correction, and battlefield awareness. The two tanks switch roles frequently to avoid becoming stationary targets, while still laying down a significant amount of fire against adversarial lines. This approach emphasizes desynchronizing enemy sensors and strike systems while pushing forward to achieve immediate, decisive penetration.

[…]

Large movements are quickly detected by reconnaissance drones and subsequently targeted. In the urban terrain where many of these units operate, natural bottlenecks are common, such that a single destroyed tank can block movement and bring an assault to a halt. Once immobilized, the remaining tanks become easy targets, as seen during a tank assault near Pokrovsk in early 2025.

[…]

While dismounted assaults have achieved limited penetration into Ukrainian lines, they generally lack the firepower required to hold captured positions. The new tank deployment tactic has the potential to provide this additional firepower, enabling dismounted troops to penetrate more deeply and retain control of seized terrain.

Ukrainian tactics are starting to prevail over Russian infantry assaults

January 12th, 2026

Russian pro-Kremlin blogger Alexei Chadayev concedes that Ukrainian tactics are starting to prevail over Russian infantry assaults:

The enemy is increasingly mastering the ‘playing second fiddle’ strategy — a situation where Russian forces are constantly advancing almost everywhere, and their task is to make our offensive as difficult, bloody, and resource-intensive as possible. And this is not just about the ‘drone line’ anymore.

For example, we are now seeing tactical techniques like this: their artillery is positioned deep in their battle lines, beyond the reach of our main drones, and they keep their own forward positions and key objects on it well-fortified with well-positioned fire.

Accordingly, as soon as our forces start moving, they knock out an enemy stronghold with drones and go to capture it. The enemy then waits for our forces to enter and eliminates them along with the incoming troops.

Their drone operators, in turn, not only habitually scavenge on supply and reinforcement routes, but also catch our forces engaged in any activity near ‘formerly ours’ objects.

Add to this constant mining, including remote detonation, and the active use of ‘ambushers’ on the few (and well-monitored) logistical lines.

If our forces try to quickly deploy a second echelon – for example, drone operators – the enemy immediately launches a local tactical ‘offensive’ and, even at the cost of losing equipment and personnel, achieves its goal: preserving the ‘kill zone’ between our forward positions and the nearest rear areas. In Kupiansk, for example, they successfully applied this tactic several times – which led to the current situation there.

Since this situation repeats itself not once or twice, our forces, at all levels, are increasingly less willing to advance at all, and they can be easily understood – it’s an inevitable trade-off of kilometers covered for lives, and very valuable lives of soldiers: those who actually know and are able to act in this very kill zone (the untrained ones will simply die without any result). Therefore, the problem of ‘map coloring’ is not just about headquarters’ lies.

It’s also about the difficult moral choice that commanders make: if I really go all out in an unprepared offensive now, I’ll lose many people, but if I just send a few teams forward to plant flags and report on the drone footage about the physical presence at the necessary positions – I’ll save lives and equipment.

However, as a result, this leads to situations where it’s impossible to request strikes on already ‘colored’ (i.e., ‘our own’ on the headquarters’ maps) positions — neither by artillery, nor by the Aerospace Forces, nor even by drones. Everything there is already ours! And as a result, we still have to pay with lives.

Reality becomes input, not a corrective signal

January 11th, 2026

Data Republican (small r) argues that late-stage empires do not fail because they are weak or poorly intentioned:

They fail because they become autopoietic.

Autopoiesis is a term from systems theory. It means this: a system responds to reality only through the constraints of its own internal organization.

You’ve almost certainly encountered autopoietic institutions, even if you didn’t have a name for them:

  • A corporation where middle management defines OKRs that have no relationship to customers, yet performance reviews insist everything is “on track.”
  • A bureaucracy that measures success by compliance with procedure rather than outcomes.
  • A late Soviet state in which leadership was reassured by reports everyone knew were false, but which could no longer be contradicted without threatening the system itself.

Autopoietic systems lose the capacity for the environment to redefine their purpose. Inputs still arrive, but they are reinterpreted until they are compatible with the system’s existing outputs. Feedback loops close. Contradictions are absorbed. External signals stop producing corrective changes in internal behavior.

At that point, the system is no longer adaptive relative to its original purpose. It becomes self-referential. It is capable of internally justified expansion without reference to external success.

That’s a long-winded way to explain that none of these institutions were lying in the usual sense. They were maintaining equilibrium.
This is the key point: autopoiesis becomes pathological when stability is prioritized over external correction.

[…]

The current unrest in Minnesota is an example of an order that has reached equilibrium through mutual dependency between antagonistic subsystems.

After the Cold War, the Western world organized itself around a single moral injunction: Never again. Never again fascism. Never again totalitarianism. Never again a unified ideology capable of subordinating it to a single vision of man.

To prevent another Nazi Germany or another Soviet Union, the post–Cold War order built immunity to totalitarian ideologies.

Grand narratives were treated as dangerous. Politics was re-engineered away from totalizing visions and towards norms and institutional mediation.

[…]

Dissent was absorbed into civic infrastructure: NGOs, foundations, advisory boards, grant programs, legal advocacy, compliance regimes, and professionalized activism. Radical energy was translated into careers and metrics.
The result is a structural inversion. The Western order that was constructed to neutralize Communism now depends on its managed presence to generate legitimacy. At the same time, contemporary revolutionary movements depend on the same institutions they once sought to overthrow; for funding, protection, and survival.

[…]

The institutional networks require managed dissent to justify their expansion, funding, and moral authority. The revolutionary networks require institutional cover to survive in a system that would otherwise suppress them. Together, they form a closed loop.
This is not hypocrisy alone, nor betrayal alone, nor even corruption alone. It’s systems logic.

[…]

They form what I call managed antagonism.

  • The revolutionary layer produces instability that forces attention.
  • The institutional layer prevents that instability from becoming existential.
  • The revolutionary layer cannot survive sustained repression.
  • The institutional layer cannot justify its expansion without crisis.

Each makes the other necessary.

No conspiracy is needed; every system selects for actors who can survive within this loop.

[…]

Reality (such as the ICE video that was released today) becomes input, not a corrective signal.

The output is always the same:

  • More NGOs
  • More taxpayer dollars
  • More institutional capture
  • More managed disorder

This is equilibrium.

All enterprise software sellers today speak a common vocabulary, and that vocabulary was invented by John McMahon

January 10th, 2026

Qualified Sales Leader by John McMahonIt’s interesting to consider which professions obsess over lineages, John Psmith says:

For instance an academic philosopher and a Brazilian Ju-Jitsu fighter may not have much in common, but they can both tell you not just who their teacher-mentor was, but who that guy’s teacher-mentor was, and so on, sometimes going back centuries.1 This is not true in most fields, but you may be surprised to learn that it is true in B2B enterprise software sales. Talk to a successful sales guy, and he will find a way to slip into the conversation that he came up under so-and-so, and that so-and-so worked for the legendary Mark Cranney (Ben Horowitz’s head of sales). But talk to enough of them, and you will start to notice that a huge proportion of their lineages all converge back on a single guy named John McMahon.

You may never have heard of John McMahon, but he’s one of the most influential people alive today (there are many such people, because the world is fractally interesting). American economic growth is increasingly dominated by a handful of companies that sell software subscriptions at eye-watering margins to other large companies, and most such companies are run by John McMahon’s disciples. All enterprise software sellers today speak a common vocabulary, and that vocabulary was invented by John McMahon. Enterprise software sellers, like all professions, have weird feuds and religious disputes about what exactly the letters in various acronyms should stand for, but the acronyms were invented by John McMahon. The rival factions and schools in enterprise software sales mostly argue about the correct way to interpret John McMahon’s thought, because he is the great teacher and systematizer who laid down the laws of their world.

The reason certain fields care about lineages is that they are dominated by process knowledge that cannot be written down, so the best signal of quality is not some credential, but rather which master you trained under. Imagine how silly it would be to think that you could read a book about martial arts, and then you would know as much as the person who had written it. Some things can only be learned through grueling practice, preferably grueling practice under the observation of somebody who notices all the tiny little indescribable things you get wrong, and shows you how to do them right instead.

[…]

Selling software (really, selling anything) is another such activity. And while John McMahon is the guy who has done the most to change it from an art into a science, he is acutely aware that nothing he writes down in a book can help you unless you already understand the thing that he is trying to say. So like all good religious teachers, he speaks mostly in koans and riddles and parables. It worked for the Zen masters, it worked for Nietzsche, it worked for Jesus Christ, so why wouldn’t it work for John McMahon? The whole book is an extended allegory in which John McMahon is called in to advise a failing software sales team, notices the defects in their technique, and says or does something, at which point they are enlightened.

(Hat tip to Byrne Hobart.)