Skilled immigrants often constitute an espionage risk

Wednesday, August 13th, 2025

Given the reality of mixed loyalties, Arctotherium notes, it shouldn’t be surprising that skilled immigrants often constitute an espionage risk:

Take the infamous Pakistani nuclear physicist AQ Khan. In 1961, he moved to West Berlin as a foreign student, then to the Netherlands and finally Belgium to finish his education, graduating with a Doctorate in Engineering in 1972. Khan was undoubtedly among the best and brightest of Pakistan, the sort of high-agency STEM genius that brain drain advocates hold up as America’s greatest strength. Was allowing A.Q. Khan into the West a good decision? No.

Khan got a position at the Physics Dynamics Research Laboratory, a Dutch firm specializing in uranium enrichment via centrifuge. He stole centrifuge designs and blueprints, and after returning to Pakistan set up an international network of illicit suppliers for centrifuge parts using his contacts, leading to the 1998 Pakistani nuclear bomb. From there, he diffused nuclear technology further. The North Korean, Iranian and Libyan nuclear programs all trace back to A.Q. Khan. Pakistan has had multiple serious nuclear war scares with India in the last five years. North Korea, which has a history of doing things like axe-murder Americans, can act with relative impunity thanks to its nuclear arsenal, and Israel and the US recently bombed Iran over their nuclear program.

There are many examples from the US. For instance, Noshir Gowadia, an Indian Parsi designer of the B-2 Spirit stealth bomber, and Chi Mak, who worked on nuclear submarines, both sold secrets to China.

Immigration fractures national markets

Tuesday, August 12th, 2025

If you want to join Britain’s thriving cocaine smuggling industry, Arctotherium notes, you have to be Albanian:

There’s no a priori reason why this should be the case. Albanians do not have a racial, cultural, geographic or political affinity for Colombian narcotics. A reasonable and informed observer in 2000 would not have predicted that they would come to dominate the industry. Yet such an obsever would have predicted that some ethnic minority would because organized crime is almost always organized along ethnic lines. This is true even when the ethnic minority is less criminal on average than society at large, as with the Jewish mafia in early 20th century America.

This phenomenon isn’t unique to criminal enterprises. Chaldeans control 90% of the grocery stores in Detroit. 40% of the truck drivers in California are Sikh, and about a third of US Sikhs are truck drivers. About 95% of the Dunkin’ Donuts stores in Chicago and the Midwest are owned by Indians, mostly Gujarati Patels. In New England and New York, 60% of Dunkin’ Donuts stores are operated by Portuguese immigrants. 90% of the liquor stores in Baltimore are owned by Koreans.

[…]

The key point is that immigration fractures national markets. Once a niche is taken over, outsiders can no longer compete in that niche.

There is still competition within ethnic groups inside the niches, but these groups are tiny fractions of the population and often have informal institutions and kinship structures that allow them to act as cartels.

[…]

Cambodians run about 80% of the donut shops in Southern California (despite being only 0.17% of the state’s population). The Cambodian donut empire got its start with refugee Ted Ngoy, who first learned the trade thanks to an affirmative action program to increase minority hiring at Winchell’s Donuts. The Cambodians were able to completely dominate this traditional American culinary sector through a mix of extended family credit and the use of tong tines, an informal lending club.

[…]

This ability to borrow money cheaply made financing much easier for them than for their American competitors. Once the business was purchased, Cambodians could also keep operating costs down through informal employment of family labor, allowing them to get around expensive income taxes, not to mention labor laws and regulations — including ones around child labor.

[…]

Gujaratis, mostly with the surname Patel, run an estimated 42% of the hotels and motels in the United States — despite being only 0.3% of the US population (and an even lower percentage back in 1999 when this was first noticed). Their dominance rises to 80–90% of motels in small town America. The Patel motel cartel got its start with an illegal immigrant, Kanjibhai Desai, in the 1940s. The initial attraction for Patels was that motel ownership did not require English proficiency, and as with the Cambodians, Patel motel owners were able to use informal ethnic loan networks and immigrant family labor brought in via family reunification to undercut their American competitors. Patels now totally dominate the hospitality industry in the US outside of the big chains.

Over half the nail salons in the US are run by Vietnamese, which rises to more than 80% in California (they are only 0.7% of the US population). Just like the Patels and the Cambodians, Vietnamese immigrants were able to finance nail salons more easily than American competitors because they had access to below-market credit from family and friends.

[…]

After the ethnic network was established, Vietnamese owners gained another advantage over non-Vietnamese competitors: better access to workers and training. The language barrier is part of this; once most salon owners spoke primarily Vietnamese, prospective workers had to as well, and cosmetology schools began teaching courses in Vietnamese rather than English.

Groves was too aggressive and might have difficulty with the scientific people

Saturday, August 9th, 2025

Now It Can Be Told by Leslie M. GrovesVannevar Bush headed the U.S. Office of Scientific Research and Development (OSRD) during World War 2, and General Groves admits that Dr. Bush was quite disturbed at Groves’ appointment as head of the Manhattan Project, as he explains in Now It Can Be Told: The Story of the Manhattan Project, because he felt Groves was too aggressive and might have difficulty with the scientific people. After their first inauspicious meeting, Groves went back to his office:

Finding my secretary, Mrs. O’Leary, there, I told her I was being reassigned and that if she wanted to come along, I would be glad to have her. I added, in what proved to be a great understatement, that this would be a very quiet and easy job for her and she should be sure to bring along some knitting to keep herself occupied. This prediction proved valid for about two days.

When I returned home that evening I told my wife and daughter and wrote to my son, a cadet at West Point, that I had a new job, that it involved secret matters and for that reason was never to be mentioned. The answer to be given if they were asked what I was doing was, “I don’t know, I never know what he’s doing.” To my son, I added, “If it is an officer who knows me well, and he is persistent, you can add, ‘I think it’s something secret.’”

[…]

Unlikely as it may seem to many people, they first learned of the nature of my assignment at the same moment, three years later, that the bombing of Hiroshima was announced to the rest of the world.

Is warfare becoming more performative?

Friday, August 8th, 2025

Is warfare becoming more performative?

In the span of three weeks this June, the world witnessed three extraordinary military operations: Ukraine’s decimation of Russia’s strategic bomber fleet, Israel’s sweeping overnight key leader and air defense neutralization in Iran, and America’s ultra long-range bunker busting at Fordo and other Iranian nuclear sites. Each operation shared commonality in audacity, scale, and something surprising: detailed and immediate operational disclosure. These weren’t the limited scope press briefings or carefully circumscribed military reports seen in other high profile missions, like the raid that killed Osama bin Laden or the drone strike that killed Qasem Soleimani. Instead, presidential statements were quickly augmented by comprehensive overviews from that nation’s senior defense officials, complete with easily distributed media: drone footage, confirmational imagery, and mission graphics.

[…]

Like the “shock and awe” of the 2003 Iraq War or CNN’s coverage of the first Gulf War, the June operations captured global attention using novel tools — social media, real-time distribution, and comprehensive disclosure.

[…]

While precedents like Desert Storm showed conflict in real time, they did not bring the viewer into the metaphorical planning room. The June operations showed both conflict and the means and methods used to wage it. Details disclosed were not guessed at by talking heads or pundits, but were officially relayed by the highest levels of national authority. Rather than achieving tactical objectives through one channel and strategic communication through established signaling formats, Ukraine, Israel, and the United States integrated tactical execution with strategic messaging into single operational frameworks.

[…]

Ukraine, Israel, and the United States all sacrificed valuable military information — details that might limit similar methods, capabilities, and flexibility in future missions — in exchange for immediate strategic communication gains.

[…]

In many ways, the evolution of performative warfare is predictable within modern information operations. Even highly successful influence campaigns face the challenge of retaining attention in today’s saturated information environments, and the natural method of recapturing audience focus is through increasingly dramatic and credible demonstrations.

They have cities in the Arctic, we only have villages

Wednesday, August 6th, 2025

Prisoners of Geography by Tim MarshallThe word arctic comes from the Greek arktikos, Tim Marshall explains (in Prisoners of Geography: Ten Maps That Explain Everything About the World), which means “near the bear,” Ursa Major, whose last two stars point toward the North Star:

The Arctic Ocean is 5.4 million square miles; this might make it the world’s smallest ocean but it is still almost as big as Russia, and one and a half times the size of the United States.

[…]

The Arctic region includes land in parts of Canada, Finland, Greenland, Iceland, Norway, Russia, Sweden, and the United States (Alaska). It is a land of extremes: for brief periods in the summer the temperature can reach 26 degrees Celsius in some places, but for long periods in winter it plunges to below minus 45. There are expanses of rock scoured by the freezing winds, spectacular fjords, polar deserts, and even rivers.

[…]

The first recorded expedition was by a Greek mariner named Pytheas of Massalia in 330 BCE who found a strange land called Thule. Back home in the Mediterranean, few believed his startling tales of pure white landscapes, frozen seas, and strange creatures, including great white bears; but Pytheas was just the first of many people over the centuries to record the wonder of the Arctic and to succumb to the emotions it evokes.

[…]

As for the first person to reach the North Pole, well, that’s a tricky one, given that even though there is a fixed point on the globe denoting its position, below it, the ice you are standing on is moving, and without GPS equipment it is hard to tell exactly where you are. Sir William Edward Parry, minus a GPS, tried in 1827, but the ice was moving south faster than he could move north and he ended up going backward; but he did at least survive.

Captain Sir John Franklin had less luck when he attempted to cross the last non-navigated section of the Northwest Passage in 1848. His two ships became stuck in the ice near King William Island in the Canadian archipelago. All 129 members of the expedition perished, some on board the ships, others after they abandoned the vessels and began walking south. Several expeditions were sent to search for survivors, but they found only a handful of skeletons and heard stories from Inuit hunters about dozens of white men who had died walking through the frozen landscape. The ships had vanished completely, but in 2014, technology caught up with geography and a Canadian search team using sonar located one of the vessels, HMS Erebus, on the seabed of the Northwest Passage and brought up the ship’s bell.

The fate of Franklin’s expedition did not deter many more adventurers from trying to find their way through the archipelago, but it wasn’t until 1905 that the great Norwegian explorer Roald Amundsen charted his way across in a smaller ship with just five other crew. He passed King William Island, went through the Bering Strait and into the Pacific. He knew he’d made it when he spotted a whaling ship from San Francisco coming from the other direction. In his diary he confessed his emotions got the better of him, an occurrence perhaps almost as rare as his great achievement: “The Northwest Passage was done. My boyhood dream—at that moment it was accomplished. A strange feeling welled up in my throat; I was somewhat overstrained and worn—it was weakness in me—but I felt tears in my eyes.”

Twenty years later, he decided he wanted to be the first man to fly over the North Pole, which, although easier than walking across it, is no mean feat. Along with his Italian pilot, Umberto Nobile, and fourteen crew, he flew a semirigid airship over the ice and dropped Norwegian, Italian, and American flags from a height of three hundred feet. A heroic effort this may have been, but in the twenty-first century it was not seen as one giving much legal basis to any claims of ownership of the region by those three countries.

[…]

The melting of the ice cap already allows cargo ships to make the journey through the Northwest Passage in the Canadian archipelago for several summer weeks a year, thus cutting at least a week from the transit time from Europe to China. The first cargo ship not to be escorted by an icebreaker went through in 2014. The Nunavik carried twenty-three thousand tons of nickel ore from Canada to China. The polar route was 40 percent shorter and used deeper waters than if it had gone through the Panama Canal. This allowed the ship to carry more cargo, save tens of thousands of dollars in fuel costs, and reduced the ship’s greenhouse emissions by 1,300 metric tons.

[…]

The northeast route, or Northern Sea Route as the Russians call it, which hugs the Siberian coastline, is also now open for several months a year and is becoming an increasingly popular sea highway.

[…]

In 2009, the US Geological Survey estimated that 1,669 trillion cubic feet of natural gas, 44 billion barrels of natural gas liquids, and 90 billion barrels of oil are in the Arctic, with the vast majority of it offshore. As more territory becomes accessible, extra reserves of the gold, zinc, nickel, and iron already found in part of the Arctic may be discovered.

ExxonMobil, Shell, and Rosneft are among the energy giants that are applying for licenses and beginning exploratory drilling. Countries and companies prepared to make the effort to get at the riches will have to brave a climate where for much of the year the days are endless night, where for the majority of the year the sea freezes to a depth of more than six feet, and where, in open water, the waves can reach forty feet high.

[…]

The claims to sovereignty are not based on the flags of the early explorers but on the United Nations Convention on the Law of the Sea (UNCLOS). This affirms that a signatory to the convention has exclusive economic rights from its shore to a limit of two hundred nautical miles (unless this conflicts with another country’s limits), and can declare it an exclusive economic zone (EEZ). The oil and gas in the zone are therefore considered to belong to the state. In certain circumstances, and subject to scientific evidence concerning a country’s continental shelf, that country can apply to extend the EEZ to 350 nautical miles from its coast.

The melting of the Arctic ice is bringing with it a hardening of attitude from the eight members of the Arctic Council, the forum where geopolitics becomes geopolarctics. The “Arctic Five,” those states with borders on the Arctic, are Canada, Russia, the United States, Norway, and Denmark (due to its responsibility for Greenland). They are joined by Iceland, Finland, and Sweden, which are also full members. There are twelve other nations with Permanent Observer status, having recognized the “Arctic States’ sovereignty, sovereign rights, and jurisdiction” in the region, among other criteria. For example, at the 2013 Arctic Council, Japan and India, which have sponsored Arctic scientific expeditions, and China, which has a science base on a Norwegian island as well as a modern icebreaker, were granted Observer status.

[…]

Moscow has already put a marker down—a long way down. In 2007, it sent two manned submersibles 13,980 feet below the waves to the seabed of the North Pole and planted a rust-proof titanium Russian flag as a statement of ambition. As far as is known, it still “flies” down there today. A Russian think tank followed this up by suggesting that the Arctic be renamed. After not much thought, they came up with an alternative: “the Russian Ocean.”

[…]

Russia and Norway have particular difficulty in the Barents Sea. Norway claims the Gakkel Ridge in the Barents as an extension of its Economic Exclusion Zone (EEZ), but the Russians dispute this, and they have a particular dispute over the Svalbard Islands, the northernmost point on earth with a settled population. Most countries and international organizations recognize the islands as being under (limited) Norwegian sovereignty, but the biggest island, Svalbard, formerly known as Spitsbergen, has a growing population of Russian migrants who have assembled around the coal-mining industry there. The mines are not profitable, but the Russian community serves as a useful tool in furthering Moscow’s claims on all of the Svalbard Islands.

[…]

Norway, a NATO state, knows what is coming and has made the High North its foreign policy priority. Its air force regularly intercepts Russian fighter jets approaching its borders; the heightened tensions have caused it to move its center of military operations from the south of the country to the north, and it is building an Arctic battalion.

Canada is reinforcing its cold-weather military capabilities, which includes five new navy warships with moderate ice-breaking capability to be delivered between 2018 and 2022. Announcing the increase in the spring of 2015, Prime Minister Stephen Harper said, “Canada has a choice when it comes to defending our sovereignty over the Arctic. We either use it or lose it.”

[…]

Russia meanwhile is building an Arctic army. Six new military bases are being constructed and several mothballed Cold War installations—such as those on the Novosibirsk Islands—are reopening, and airstrips are being renovated. A force of at least six thousand combat soldiers is being readied for the Murmansk region and will include two mechanized infantry brigades equipped with snowmobiles and hovercraft.

[…]

The Murmansk brigades will be Moscow’s minimum permanent Arctic force, but Russia demonstrated its full cold-weather fighting ability in 2014 with an exercise that involved 155,000 men and thousands of tanks, jets, and ships. The Russian Defense Ministry said it was bigger than exercises it had carried out during the Cold War.

[…]

As Melissa Bert, a US Coast Guard captain, told the Center for Strategic and International Studies in Washington, DC: “They have cities in the Arctic, we only have villages.”

[…]

The Russians know that NATO can bottle up their Baltic Fleet by blockading the Skagerrak Strait. This potential blockade is complicated by the fact that up in the Arctic their Northern Fleet has only 180 miles of open water from the Kola coastline until it hits the Arctic ice pack. From this narrow corridor it must also come down through the Norwegian Sea and then run the potential gauntlet of the GIUK gap to reach the Atlantic Ocean. During the Cold War, the area was known by NATO as the Kill Zone, as this was where NATO’s planes, ships, and submarines expected to catch the Soviet fleet.

Fast-forward to the new cold war and the strategies remain the same, even if now the Americans have withdrawn their forces from their NATO ally Iceland. Iceland has no armed forces of its own and the American withdrawal was described by the Icelandic government as “short-sighted.” In a speech to the Swedish Atlantic Council, Iceland’s Justice Minister Björn Bjarnason said: “A certain military presence should be maintained in the region, sending a signal about a nation’s interests and ambitions in a given area, since a military vacuum could be misinterpreted as a lack of national interest and priority.”

[…]

It takes up to $ 1 billion and ten years to build an icebreaker. Russia is clearly the leading Arctic power with the largest fleet of icebreakers in the world, thirty-two in total, according to the US Coast Guard Review of 2013. Six of those are nuclear-powered, the only such versions in the world, and Russia also plans to launch the world’s most powerful icebreaker by 2018. It will be able to smash through ice more than ten feet deep and tow oil tankers with a displacement of up to seventy thousand tons through the ice fields.

By contrast, the United States has a fleet of one functioning heavy icebreaker, the USCGC Polar Star, down from the eight it possessed in the 1960s, and has no plans to build another. In 2012, it had to rely on a Russian ship to resupply its research base in Antarctica, which was a triumph for great-power cooperation, but simultaneously a demonstration of how far behind the United States has fallen.

It’s basically a stretched-out, stripped-down all-terrain vehicle without doors or a roof with seating for as many as nine soldiers

Sunday, August 3rd, 2025

The Army’s new Infantry Squad Vehicle, successor to the Humvee, is built by GM Defense, based on the Chevrolet Colorado ZR2 midsize truck, using 90% Commercial-Off-The-Shelf (COTS) parts — including Chevrolet Performance off-road racing components:

It’s basically a stretched-out, stripped-down all-terrain vehicle without doors or a roof with seating for as many as nine soldiers.

[…]

Thousands of pounds lighter and $80,000 cheaper than the Humvee, the Infantry Squad Vehicle is based on the Chevrolet Colorado truck built in Missouri.

Infantry Squad Vehicle

“You can repair it anywhere on earth as long as you have access to commercial parts rather than a special military vehicle with special military parts,” said Miller, the Army’s top technical adviser.

[…]

The vehicle isn’t meant to withstand an attack, the official said. It’s designed to whisk soldiers within a few miles of the frontline and allow them to walk a short distance to the fight.

[…]

Its lighter weight, relative to a Humvee, means the Infantry Squad Vehicle can be carried by a Black Hawk helicopter for a short distance with a sling. A twin-rotor Chinook helicopter can carry two of the trucks inside its cargo bay for a greater distance. A Humvee’s weight requires a Chinook, and then just one can be carried in a sling.

It was much less than our total over-all spending in a normal week

Saturday, August 2nd, 2025

Now It Can Be Told by Leslie M. GrovesIn September, 1942, Leslie Groves was serving as Deputy Chief of Construction of the Army Corps of Engineers, overseeing all Army construction, at home and abroad, but he wanted to get in on the real action. Instead, as he explains in Now It Can Be Told: The Story of the Manhattan Project, he was offered a role in Washington:

“I don’t want to stay in Washington.”

“If you do the job right,” Somervell said, “it will win the war.”

My spirits fell as I realized what he had in mind. “Oh, that thing,” I said.

[…]

Though a big project, it was not expected to involve as much as $100 million altogether. While this was more than the cost of almost any single job under my jurisdiction, it was much less than our total over-all spending in a normal week.

[…]

“The basic research and development are done. You just have to take the rough designs, put them into final shape, build some plants and organize an operating force and your job will be finished and the war will be over.”

[…]

In the course of our discussion, we agreed that, because the Pentagon was so nearly finished and because I had had so much to do with it, I would continue to control its construction, despite my new assignment. There were two reasons for this. First, my sudden disappearance from the work on the Pentagon would attract much more notice than would my absence from my other Army construction activities. Second, because of the natural interest in the Pentagon displayed by a number of Congressmen, it would be better for me to continue to carry the responsibility for that job than to pass it on to someone else who was unfamiliar with its past problems and their many political ramifications.

[…]

I thought that there might be some problems in dealing with the many academic scientists involved in the project, and I felt that my position would be stronger if they thought of me from the first as a general instead of as a promoted colonel. My later experiences convinced me that this was a wise move; strangely enough, it often seemed to me that the prerogatives of rank were more important in the academic world than they are among soldiers.

At the time I was brought into the picture, research on the uses of atomic energy had been going on at a gradually accelerating pace since January, 1939, when Lise Meitner explained that the uranium atom could be split.

[…]

Virtually all laboratory research until this time had been aimed at achieving a controlled chain reaction, using U-235, a rare isotope of uranium which comprises less than one percent of the metal in its natural state. This isotope has the property of fissioning readily—a property which the far more abundant form of uranium, U-238, does not display. But it soon became apparent that unless unprecedented quantities of this material could be produced in a much purer state, a U-235 chain reaction would be impossible. The basic problem was to arrive at an industrial process that would produce kilograms of a substance that had never been isolated before in greater than sub-microscopic quantities.

[…]

The way for a major breakthrough was open as a result of studies that suggested the theoretical feasibility of transmuting U-238 into a highly fissionable new element, plutonium, which might then be separated from the parent uranium by chemical means. The hope was that this would be easier to do than to isolate or concentrate the rare U-235 by physical means. The group headed by Dr. Glenn T. Seaborg at the University of California undertook to prepare extremely small amounts of plutonium, and in March of 1941 succeeded in creating the first submicroscopic amounts of Plutonium-239. Later that month the California group confirmed the theory that under neutron bombardment plutonium atoms fissioned as readily as atoms of U-235.

[…]

The entry of the United States into World War II caused the abandonment of all projects aimed at developing atomic energy as a source of power and gave added impetus to the efforts to build an atomic bomb.

[…]

It is to their everlasting credit that Bush and his colleagues had the discernment to recognize the limitations of their own organization as well as the moral fortitude to admit them in the national interest. Very few men, confronted with a similar situation, would have done so.

Consequently, when the Top Policy Group met on December 16, 1941, Bush recommended that the Army Corps of Engineers carry out the construction work, and asked that a competent Army officer become thoroughly familiar with the project.

[…]

When the Corps of Engineers started its work, its job was simply to build and operate the production plants. The problems involved in the development of the bomb and its delivery were for the time being largely ignored.

Nor was the full magnitude of the project generally appreciated. No one thought of it as entailing expenditures running into the billions of dollars.

A Chinese blockade could cripple Taiwan’s electricity

Friday, August 1st, 2025

A Chinese blockade could cripple Taiwan’s electricity, recent war games suggest:

“Energy is the weakest element in Taiwan’s resilience against coercion,” warned the report by the Washington-based Center for Strategic and International Studies. “The overwhelming preponderance of energy must be imported and is thus vulnerable to a blockade.”

China could supplement a blockade with attacks on Taiwan’s electrical grid, as Russia has done with some success in Ukraine.

“Total electricity production might be reduced to 20 percent of pre-blockade electricity levels,” CSIS said. At that level, all manufacturing ceases – including computer chips vital to the U.S. and the global economy.

These conclusions came from a series of 26 war games run by CSIS to test a blockade of Taiwan, an attractive option for Beijing that offers the prospect of Taiwan agreeing to “reunify” with China, without the need for a bloody and risky Chinese amphibious invasion.

[…]

Taiwan can also reduce its dependence on imported energy. This could include boosting its reserves of oil, natural gas and coal, and even reopening its last nuclear plant, which shut down in May. Meanwhile, the island’s electrical grid could be hardened, including stockpiles of spare parts such as transformers and turbines.

For its part, the U.S. could increase its air transport capacity for a Berlin 1948-style airlift. While insufficient to meet all of Taiwan’s needs, “in some circumstances, an airlift could have a powerful moral effect and provide some breathing room,” CSIS said. In addition, the U.S. Navy will need to improve its capability for convoy escort.

They shut down their last nuclear reactor in May?

You can bring the Old World’s knowledge and technology to the new, but if geography is against you, then you will have limited success

Wednesday, July 30th, 2025

Prisoners of Geography by Tim MarshallLatin America, particularly its south, is proof, Tim Marshall explains (in Prisoners of Geography: Ten Maps That Explain Everything About the World), that you can bring the Old World’s knowledge and technology to the new, but if geography is against you, then you will have limited success, especially if you get the politics wrong:

In the United States, once the land had been taken from its original inhabitants, much of it was sold or given away to small landholders; by contrast, in Latin America the Old World culture of powerful landowners and serfs was imposed, which led to inequality. On top of this, the European settlers introduced another geographical problem that to this day holds many countries back from developing their full potential: they stayed near the coasts, especially (as we saw in Africa) in regions where the interior was infested by mosquitoes and disease. Most of the countries’ biggest cities, often the capitals, were therefore near the coasts, and all roads from the interior were developed to connect to the capitals but not to one another.

In some cases, for example in Peru and Argentina, the metropolitan area of the capital city contains more than 30 percent of the country’s population.

[…]

Mexico is growing into a regional power, but it will always have the desert wastelands in its north, its mountains to the east and west, and its jungles in the south, all physically limiting its economic growth. Brazil has made its appearance on the world stage, but its internal regions will remain isolated from one another; and Argentina and Chile, despite their wealth of natural resources, will still be far farther away from New York and Washington than are Paris and London.

[…]

Their total population (including the Caribbean) is 600 million people, and yet their combined GDP is equivalent to that of France and the UK, which together comprise 120 million people.

[…]

At its widest point, west to east, from Brazil across to Peru, it is 3,200 miles. On the western side is the Pacific, on the other the Gulf of Mexico, the Caribbean Sea, and the Atlantic. None of the coastlines have many natural deep harbors, thus limiting trade.

Central America is hill country with deep valleys, and at its narrowest point is only 120 miles across. Then, running parallel to the Pacific, for 4,500 miles, is the longest continuous mountain chain in the world—the Andes. They are snow-capped along their entire length and mostly impassable, thus cutting off many regions in the west of the continent from the east. The highest point in the Western Hemisphere is here—the 22,843-foot Aconcagua Mountain—and the waters tumbling down from the mountain range are a source of hydroelectric power for the Andean nations of Chile, Peru, Ecuador, Colombia, and Venezuela. Finally, the land descends, forests and glaciers appear, we are into the Chilean archipelago, and then—land’s end. The eastern side of Latin America is dominated by Brazil and the Amazon River, the second longest in the world after the Nile.

[…]

The relative flatland east of the Andes and temperate climate of the lower third of South America, known as the Southern Cone, are in stark contrast to the mountains and jungle farther north and enable agricultural and construction costs to be reduced, thus making them some of the most profitable regions on the entire continent—whereas Brazil, as we shall see, even has difficulty moving goods around its own domestic market.

[…]

In the nineteenth century, many of the newly independent countries broke apart, either through civil conflict or cross-border wars, but by the end of that century the borders of the various states were mostly set. The three richest nations—Brazil, Argentina, and Chile—then set off on a ruinously expensive naval arms race, which held back the development of all three.

[…]

Particularly bitter is the relationship between Bolivia and Chile, which dates back to the 1879 War of the Pacific in which Bolivia lost a large chunk of its territory, including 250 miles of coastline, and has been landlocked ever since. It has never recovered from this blow, which partially explains why it is among the poorest Latin American countries. This in turn has exacerbated the severe divide between the mostly European lowlands population and the mostly indigenous peoples of the highlands.

[…]

Despite the fact that Bolivia has the third-largest reserves of natural gas in South America it will not sell any to Chile, which is in need of a reliable supplier. Two Bolivian presidents who toyed with the idea were thrown out of office and the current president, Evo Morales, has a “gas to Chile” policy consisting of a “gas for coastline” deal, which is dismissed by Chile despite its need for energy. National pride and geographical need on both sides trump diplomatic compromise.

[…]

Guatemala claims Belize as part of its sovereign territory but, unlike Bolivia, is unwilling to push the issue. Chile and Argentina argue over the Beagle Channel water route, Venezuela claims half of Guiana, and Ecuador has historical claims on Peru.

[…]

In its far north, Mexico has a two-thousand-mile-long border with the United States, almost all of which is desert. The land here is so harsh that most of it is uninhabited.

[…]

All Mexicans know that before the 1846–48 war with the United States the land that is now Texas, California, New Mexico, and Arizona was part of Mexico. The conflict led to half of Mexico’s territory being ceded to the United States. However, there is no serious political movement to regain the region and no pressing border dispute between the two countries. Throughout most of the twentieth century they squabbled over a small piece of land after the Rio Grande changed course in the 1850s, but in 1967 both sides agreed the area was legally part of Mexico.

[…]

Mexico’s major mountain ranges, the Sierra Madres, dominate the west and east of the country and between them is a plateau. In the south, in the Valley of Mexico, is the capital—Mexico City—one of the world’s megacapital cities with a population of around 20 million people.

On the western slopes of the highlands and in the valleys the soil is poor, and the rivers of limited assistance in moving goods to market. On the eastern slopes the land is more fertile, but the rugged terrain still prevents Mexico from developing as it would like. To the south lie the borders with Belize and Guatemala.

[…]

The cartels responded by creating a land route—up through Central America and Mexico, and into the American Southwest. This in turn led the Mexican drug gangs to get in on the action by facilitating the routes and manufacturing their own produce. The route partially follows the Pan-American Highway, which runs south to north up the continent. Originally designed to move goods in each direction to a variety of countries, it is now also used to move drugs north to the United States. The multibillion-dollar business sparked local turf wars, with the winners using their new power and money to infiltrate and corrupt the Mexican police and military and get inside the political and business elites.

[…]

Central America has little going for it by way of geography but for one thing. It is thin. So far, the only country to gain advantage from this has been Panama, but with the arrival of new money from China that may be about to change.

[…]

In 1914, the newly built, fifty-mile-long, American-controlled Panama Canal opened, thus saving ships an eight-thousand-mile journey from the Atlantic to the Pacific Ocean and leading to economic growth in the canal region. Since 1999, the canal has been controlled by Panama, but is regarded as a neutral international waterway that is safeguarded by the US and Panama navies. And therein, for the Chinese, lies a problem.

[…]

The Panama Canal may well be a neutral passageway, but at the end of the day, passage through it is dependent on American goodwill. So, why not build your own canal up the road in Nicaragua? After all, what’s $50 billion to a growing superpower?

[…]

In the fall of 2016 the project was not going well. Mr. Wang lost an estimated 85 percent of his fortune in the Chinese stock market crash of September 2015. Most construction work was delayed, but all sides insisted the project would succeed.

[…]

Beijing now sells or donates arms to Uruguay, Colombia, Chile, Mexico, and Peru, and offers them military exchanges. It is trying to build a military relationship with Venezuela, which it hopes will outlast the Bolivarian revolution if and when it collapses. The arms supplies to Latin America are relatively small-scale but complement China’s efforts at soft power. Its sole hospital ship, Peace Ark, visited the region in 2011. It is only a three-hundred-bed vessel, dwarfed by the American one-thousand-bed version that also visits, but it was a signal of intent and a reminder that China increasingly “gets” soft power.

Oceania’s geopolitical logic is obvious

Sunday, July 27th, 2025

The main driver of the rise of empires, Peter Turchin argues, is interstate competition:

The intensity of this competition, in turn, is dialed up by advances in military technologies. Each military revolution, thus, generates a set of mega-empires. Today we live in the historical shadow of two most consequential military revolutions.

The iron-cavalry revolution dates to about 1000 BCE.

[…]

To cut the long story short, the iron-cavalry revolution transformed the Great Eurasian Steppe into an engine of imperiogenesis. This continental heartland was the home of nomadic pastoralists, whose main military force consisted of horse archers.

[…]

The other consequential revolution was, of course, the one that originated in Western Europe around 1400 CE. Its two components were gunpowder weapons and ocean-going ships. So I refer to it as the “Gunship Revolution.” The parallels between the two revolutions are quite striking. Inner Asians rode horses and shot arrows, while Europeans rode ships and shot cannon balls. The world ocean played the same role as the “sea of grass.” Historians noted these similarities. For example, the historian of Southeast Asia, Victor Lieberman, referred to Europeans as “White Inner Asians.”

Readers, who are familiar with geopolitical theories of Mackinder, Mahan, Spykman, and others (if not, check out this Wikipedia article), will immediately recognize the similarities between what I am talking about here and various geographical concepts central to these theories (the Heartland, the Rimland, the Islands…).

[…]

Thus, the Great Steppe (which is treated as a pivotal region by several geopolitical theories) today is of little significance, except for its historical effect. By 1900 it was completely taken over by Russia and China. Today it’s home to a bunch of weak and geopolitically insignificant states, such as Mongolia and the “Stans.” The successors of old mega-empires, which arose on the Steppe frontiers, is where Eurasian power now resides.

The second pole of power is “Oceania,” which originated on the western shores of Eurasia during the sixteenth century (Portugal, Spain, the Netherlands, and the British Isles), then spread across the Atlantic, and now is a global empire, ruled from Washington and Brussels as a secondary capital (although there are cracks between these two seats of power due to Donald Trump’s policies). A good way to visualize this geopolitical entity is a map of American military bases.

Oceania’s geopolitical logic — encirclement of Eurasian empires — is obvious.

We made certain that each member of the project thoroughly understood his part in our total effort — that, and nothing more

Saturday, July 26th, 2025

Now It Can Be Told by Leslie M. GrovesIn the introduction to Leslie Groves’ Now It Can Be Told: The Story of the Manhattan Project, Edward Teller painted a picture of the general. The general himself opens with a foreword:

I have recorded here only that which I am qualified to write about — my own experiences during the development of atomic energy between September 17, 1942, and December 31, 1946, the period during which I was in charge of the Manhattan Project.

[…]

Gradually more and more of the details of our work have been declassified and, with the issuance of an executive order in May, 1959, the curtain was drawn aside on the story of the project.

[…]

The command channels of the Manhattan Engineer District (MED) — the name given to the atomic bomb project — had no precedent. They grew up with the project and were changed as conditions changed. Yet the basic concept — that of always keeping authority and responsibility together — never changed.

[…]

We made certain that each member of the project thoroughly understood his part in our total effort — that, and nothing more.

[…]

Dr. Vannevar Bush, Chairman of the Office of Scientific Research and Development (OSRD), and Dr. James B. Conant, Chairman of the National Defense Research Committee (NDRC), a subdivision of OSRD, were primarily responsible for President Roosevelt’s decision to transform the atomic energy development program from a research project into a program aimed at producing a decisive military weapon. Once the military purpose of the project became governing, Lieutenant General Brehon Somervell, Chief of the Army Services of Supply, and Major General W. D. Styer, his Chief of Staff, entered the picture. Within a few months they brought me in to head up the project, subject, of course, to the personal approval of General Marshall, Secretary of War Stimson, and, finally, the President.

[…]

At first, I was responsible only for the engineering, construction and operation of the plants to produce bomb materials. Had our work been routine and clearly defined, my responsibility probably would have ended there. However, it soon became evident to Dr. Bush and to me that if serious delays to our work were to be avoided the MED should expand its research activities, and take over control of all the atomic research projects then under the management of the OSRD, thus uniting authority with responsibility. This transfer was effected without friction during the fall and winter of 1942 by the simple device of allowing the OSRD contracts to continue in force until they expired, at which time they were replaced by new ones in which the MED was the contracting agency. The transition was so smooth, indeed, that, as I have read accounts of that period by some of the people involved, I have been struck by the fact that they did not seem to be aware of just when the transfer of authority actually took place.

[…]

Thus I became responsible, particularly to General Marshall, Secretary Stimson and President Truman, for the over-all success of the use of the bomb against Japan. This assignment included selecting the target cities, subject to the approval of the Chief of Staff and the Secretary of War; preparing the orders and instructions for the bombing operations; and arranging for Army and Navy units to provide the necessary support to our overseas effort.

Japan is 120 miles from the Eurasian landmass

Wednesday, July 23rd, 2025

Prisoners of Geography by Tim MarshallThe Japanese are an island race, Tim Marshall explains (in Prisoners of Geography: Ten Maps That Explain Everything About the World), with the majority of their 127 million people living on the four large islands that face Korea and Russia across the Sea of Japan and a minority inhabiting some of the 6,848 smaller islands:

At its closest point, Japan is 120 miles from the Eurasian landmass, which is among the reasons why it has never been successfully invaded. The Chinese are some five hundred miles away across the East China Sea; and although there is Russian territory much closer, the Russian forces are usually far away because of the extremely inhospitable climate and sparse population located across the Sea of Okhotsk.

In the 1300s, the Mongols tried to invade Japan after sweeping through China, Manchuria, and down through Korea. On the first occasion they were beaten back and on the second a storm wrecked their fleet. The seas in the Korea Strait were whipped up by what the Japanese said was a “Divine Wind,” which they called a kamikaze.

So the threat from the west and northwest was limited, and to the southeast and east there was nothing but the Pacific. This last perspective is why the Japanese gave themselves the name Nippon, or “sun origin”: looking east there was nothing between them and the horizon, and each morning, rising on that horizon, was the sun.

[…]

The territory of the Japanese islands makes up a country that is bigger than the two Koreas combined, or, in European terms, bigger than France or Germany. However, three-quarters of the land is not conducive to human habitation, especially in the mountainous regions, and only 13 percent is suitable for intensive cultivation. This leaves the Japanese living in close proximity to one another along the coastal plains and in restricted inland areas, where some stepped rice fields can exist in the hills. Its mountains mean that Japan has plenty of water, but the lack of flatland also means that its rivers are unsuited to navigation and therefore trade, a problem exacerbated by the fact that few of the rivers join one another.

[…]

By the beginning of the twentieth century Japan was an industrial power with the third-largest navy in the world, and in 1905 it defeated the Russians in a war fought on land and at sea. However, the very same island-nation geography that had allowed it to remain isolated was now giving it no choice but to engage with the world. The problem was that it chose to engage militarily.

Japan had few of the natural resources required to become an industrialized nation. It had limited and poor-quality supplies of coal, very little oil, scant quantities of natural gas, limited supplies of rubber, and a shortage of many metals.

[…]

It was the thirst for these products, notably iron and oil, that caused Japan to rampage across the far-less developed Southeast Asia in the 1930s and early ’40s. It had already occupied Taiwan in 1895 and followed this up with the annexation of Korea in 1910. Japan occupied Manchuria in 1931, then conducted a full-scale invasion of China in 1937. As each domino fell, the expanding empire and the growing Japanese population required more oil, more coal, more metal, more rubber, and more food.

[…]

This was a massive overstretch, not just taking on the United States, but grabbing the very resources, rubber, for example, that the United States required for its own industry.

[…]

If the terrain had been easier the Americans’ choice may have been different—they might have fought their way to Tokyo—but they chose the nuclear option, unleashing upon Japan, and the collective conscience of the world, the terror of a new age.

[…]

The postwar agreement imposed by the United States limited Japan’s defense spending to 1 percent of the GDP and left tens of thousands of American forces on Japanese territory, thirty-two thousand of whom are still there.

[…]

The 2015 defense budget was its biggest to date, with the yen mostly going to naval and air equipment, including six US-made F-35A stealth fighters. In the spring of 2015, Tokyo also unveiled what it called a “helicopter-carrying destroyer.” It didn’t take a military expert to notice that the vessel was as big as the Japanese aircraft carriers of the Second World War, which are forbidden by the surrender terms of 1945. The ship can be adapted for fixed-wing aircraft, but the defense minister issued a statement saying that he was “not thinking of using it as an aircraft carrier.”

[…]

The military infrastructure at Okinawa, which guards the approaches to the main islands, will be upgraded. This will also allow Japan greater flexibility to patrol its Air Defense Zone, part of which overlaps with China’s equivalent zone after an expansion was announced by Beijing in 2013. Both zones cover the islands called the Senkaku or Diaoyu (in Japanese and Chinese, respectively), which Japan controls but that are claimed by China, too. They also form part of the Ryukyu island chain, which is particularly sensitive as any hostile power must pass the islands on the way to the Japanese heartlands; they give Japan a lot of territorial sea space, and they might contain exploitable underwater gas and oil fields.

[…]

China’s expanded Air Defense Identification Zone in the East China Sea covers territory claimed by China, Japan, Taiwan, and South Korea. When Beijing said that any plane flying through the zone must identity itself or “face defensive measures,” Japan, South Korea, and the United States responded by flying through it without doing so.

[…]

Japan also claims sovereignty over the Kuril Islands in its far north, off Hokkaido, which it lost to the Soviet Union in the Second World War and that are still under Russian control. Russia prefers not to discuss the matter, but the debate is not in the same league as Japan’s disputes with China. There are only approximately nineteen thousand inhabitants of the Kuril Islands, and although the islands sit in fertile fishing grounds, the territory is not one of particular strategic importance.

[…]

Japanese statisticians fear that the population will shrink to under 100 million by the middle of the century. If the current birth rate continues, it is even possible that by 2110 the population will have fallen below the 50 million it was in 1910.

[…]

Even if they do go on to solve a problem like Korea, the issue of China will still be there, and this means the US 7th Fleet will remain in Tokyo Bay and US Marines will remain in Okinawa, guarding the paths in and out of the Pacific and the China seas.

He very often managed to ignore complexity

Saturday, July 19th, 2025

Now It Can Be Told by Leslie M. GrovesIn the introduction to Leslie Groves’ Now It Can Be Told: The Story of the Manhattan Project, Edward Teller paints a picture of the general:

The readers of General Groves’s own account are to be complimented for choosing to learn directly from one of the major participants. History in some ways resembles the relativity principle in science. What is observed depends on the observer. Only when the perspective of the observer is known can proper corrections be made.

[…]

Vannevar Bush, the head of all scientific wartime projects, interviewed General Groves prior to his appointment to the Los Alamos project. Bush suggested to the office of the Secretary of State that Groves might lack sufficient tact for such a sensitive role.

[…]

He very often managed to ignore complexity and arrive at a result which, if not ideal, at least worked.

[…]

He had to worry both about the diffusion of uranium hexafluoride molecules and about the problems faced by the wives in Los Alamos. (As Groves mentions, contrary to local gossip, Los Alamos was not an establishment for the care of pregnant WACs).

[…]

For Groves, the Manhattan Project seemed a minor assignment, less significant than the construction of the Pentagon.

[…]

He started with, and partially retained, thorough doubts about the feasibility of the project. Yet in convincing the leaders at DuPont that they should participate, he appeared totally confident in order to overcome the incredulity of those overly sane chemical engineers.

[…]

I know of no one whose work begins to compare in excellence with that of Oppenheimer’s.

Oppie knew in detail the research going on in every part of the laboratory, and was as excellent at analyzing human problems as the countless technical ones. Of the more than 10,000 people who eventually came to work at Los Alamos, Oppie knew several hundred intimately, by which I mean that he understood their relationships with one another, and what made them tick. He knew how to lead without seeming to do so. His charismatic dedication had a profound effect on the successful and rapid completion of the atomic bomb.

[…]

One of my jobs at Los Alamos was to assure the safety conditions in the gas diffusion plant. The main hazard was that in advanced stages of separating U235 and U238, contamination with water or some other substance might cause the diffusing gases to solidify, at which point an unwanted chain reaction might result. This part of my job took me from time to time to New York, and one morning (at 4:00 a.m. Los Alamos time) I woke to hear the General’s voice at the other end of my telephone, instructing me to go to his Washington office immediately.

The emergency, I discovered, was a chemical explosion at a gas diffusion plant on the East Coast; Groves wanted to question me about the possibility of serious malfunction in our separation process. After a preliminary discussion, Groves assembled a group of his staff at a long table. I sat on his right and was kept wide awake by a barrage of hypothetical questions while the General slouched, with eyes closed, seemingly half asleep. Periodically, he would open both eyes, look me square in the face and state, “But after all, Professor, this is only theory.”

Toward the beginning of the third hour of this inquisition, a colonel at the end of the table asked if it were not possible that all the U235 atoms might assemble at one end of the apparatus by pure chance, and thereby cause a nuclear explosion. “Of course,” I answered, “this is a possibility, but it is as probable as that all the air molecules in the room will assemble under the table, causing us all to suffocate.”

Groves immediately sat up and said, “But Doctor, you did say this is possible.” Conant intervened with, “What Dr. Teller intends to say is that such an assembly is really quite impossible.” From this moment on, General Groves treated me with exquisite politeness. Apparently, I had passed his test as to whether or not I could be trusted.

Neither through contact nor through rumor did I ever learn of Grove’s sense of humor. Yet in reading his book, I discovered not only that he was quite sufficiently endowed with one but that he could laugh at himself.

[…]

About 1943, General Groves, visiting the Berkeley Radiation Laboratory which was separating U235 by electromagnetic means, attempted to spur Lawrence on by saying to him, “Your reputation is at stake here.” Later over a nice rum drink, Lawrence said to him, “You know, General, my reputation has been made, but yours is at stake here.” Groves did not respond. However, a couple of years later, Groves in addressing a group at Los Alamos commented: “When all of this is over, you will go back to your universities, regardless of the outcome, but my reputation is at stake here.”

[…]

Toward the end of my visit, Sir James Chadwick, who had headed the wartime British scientific delegation to Los Alamos, invited me to dinner at his home in Caius College. Sir James was well-known in the scientific community for his taciturn nature, but his wife was a charming conversationalist. She drew me out about our mutual friends and acquaintances from Los Alamos, and eventually inquired about General Groves. My response, I am afraid, reflected an unflattering opinion of him.

At that point, a miracle occurred. Sir James, who had spoken perhaps twenty words that evening, became talkative to the point of being almost uninterruptible. He told me most emphatically and repeatedly that the atomic bomb project would never have succeeded without General Groves. I pointed out how often Groves had made plain his dislike of the British. Sir James brushed aside my comment. That made no difference. What was important, Sir James went on, was that Groves understood the overriding importance of the project better than some of the leading American scientists. Without Groves, he said, the scientists could never have built the bomb.

I have rarely seen anyone—even an ordinarily effusive talker—so insistent on making his point. However, Sir James’s tirade carried no trace of reproach for my inappropriate remark about General Groves. At the end of the evening, my host walked me back to my inn. On parting, he told me to remember what he had said as I might “have need of it.”

Shortly after this evening, I was back in the United States and gained some new information. It then dawned on me that during our conversation Chadwick probably had known what I had just learned: the Soviets had exploded an atomic bomb. Chadwick knew that American scientists, who had less direct an experience with World War II than their British colleagues, many of whose homes and families were in peril, had not realized the urgency and importance of the atomic bomb project. General Groves, on the other hand, having considered military matters throughout his career, knew exactly what it meant to be inadequately defended.

[…]

Today, national security and technology have become inseparable. Yet the gulf between the military establishment and the scientific community is as great as ever. General Groves was one of the pioneers who, with difficulty but ultimate success, managed to throw a bridge across the abyss.

I do not see much hope for the survival of our democratic form of government if we cannot rebuild that bridge made by General Groves and J. Robert Oppenheimer. We must find ways to encourage mutual understanding and significant collaboration between those who defend their nation with their lives and those who can contribute the ideas to make that defense successful. Only by such cooperation can we hope that freedom will survive, that peace will be preserved.

North Korea continues to play the crazed, powerful weakling to good effect

Wednesday, July 16th, 2025

Prisoners of Geography by Tim MarshallNorth Korea is a poverty-stricken country of an estimated 25 million people, led by a basket case of a morally corrupt, bankrupt Communist monarchy, Tim Marshall explains (in Prisoners of Geography: Ten Maps That Explain Everything About the World), and supported by China, partly out of a fear of millions of refugees flooding north across the Yalu River:

The United States, anxious that a military withdrawal would send out the wrong signal and embolden North Korean adventurism, continues to station almost thirty thousand troops in South Korea, and the South, with mixed feelings about risking its prosperity, continues to do little to advance reunification.

[…]

North Korea continues to play the crazed, powerful weakling to good effect. Its foreign policy consists, essentially, of being suspicious of everyone except the Chinese, and even Beijing is not to be fully trusted despite supplying 84.12 percent of North Korea’s imports and buying 84.48 percent of its exports, according to 2014 figures by the Observatory of Economic Complexity.

[…]

To its captive population it says it is a strong, munificent, magnificent state standing up against all the odds and against the evil foreigners, calling itself the Democratic People’s Republic of Korea (DPRK). It has a unique political philosophy of Juche, which blends fierce nationalism with Communism and national self-reliance. In reality, it is the least democratic state in the world: it is not run for the people and it is not a republic. It is a dynasty shared by one family and one party. It also checks off every box in the dictatorship test: arbitrary arrest, torture, show trials, internment camps, censorship, rule of fear, corruption, and a litany of horrors on a scale without parallel in the twenty-first century. Satellite images and witness testimony suggest that at least 150,000 political prisoners are held in giant work and “reeducation” camps.

[…]

If you come from the north, then once you are over the Yalu River there are few major natural defensive lines all the way down to the sea, and if you can land from the sea, the reverse is true. The Mongols came and went, as did the Chinese Ming dynasty, the Manchurians, and the Japanese several times.

[…]

In the twentieth century the Japanese were back, annexing the whole country in 1910, and later set about destroying its culture. The Korean language was banned, as was the teaching of Korean history, and worship at Shinto shrines became compulsory.

[…]

The defeat of Japan in 1945 left Korea divided along the 38th parallel. North of it was a Communist regime overseen first by the Soviets and later by Communist China, south of the line was a pro-American dictatorship called the Republic of Korea (ROK).

[…]

The Soviets pulled their troops out of the north in 1948 and the Americans followed suit in the south in 1949. In June 1950, an emboldened North Korean military fatally underestimated America’s Cold War geopolitical strategy and crossed the 38th parallel, intent on reuniting the peninsula under one Communist government.

[…]

The North Korean leadership, and its Chinese backers, had correctly worked out that, in a strictly military sense, Korea was not vital to the United States; but what they failed to understand was that the Americans knew that if they didn’t stand up for their South Korean ally, their other allies around the world would lose confidence in them.

[…]

In September 1950, the United States, leading a United Nations force, surged into Korea, pushing the Northern troops back across the 38th parallel and then up almost to the Yalu River and the border with China.

Now it was Beijing’s turn to make a decision. It was one thing to have US forces on the peninsula, quite another when they were north of the parallel—indeed north of the mountains above Hamhung—and within striking distance of China itself. Chinese troops poured across the Yalu, and thirty-six months of fierce fighting ensued with massive casualties on all sides before they ground to a halt along the current border and agreed to a truce, but not a treaty.

[…]

The geography of the peninsula is fairly uncomplicated and a reminder of how artificial the division is between North and South. The real (broad-brush) split is west to east. The west of the peninsula is much flatter than the east and is where the majority of people live. The east has the Hamgyong mountain range in the north and lower ranges in the south.

[…]

South Korea’s capital, the megacity of Seoul, lies just thirty-five miles south of the 38th parallel and the DMZ. Almost half of South Korea’s 50 million people live in the greater Seoul region, which is home to much of its industry and financial centers, and it is all within range of North Korean artillery.

In the hills above the 148-mile-long DMZ, the North Korean military has an estimated ten thousand artillery pieces. They are well dug in, some in fortified bunkers and caves. Not all of them could reach the center of Seoul, but some could, and all are able to reach the greater Seoul region. There’s little doubt that within two or three days the combined might of the South Korean and US air forces would have destroyed many of them, but by that time Seoul would be in flames. Imagine the effect of just one salvo of shells from ten thousand artillery weapons landing in urban and semi-urban areas, then multiply it dozens of times.

[…]

The ROK’s economy is eighty times stronger than the North’s, its population is twice the size, and the combined South Korean and US armed forces would almost certainly overwhelm North Korea eventually, assuming China did not decide to join in again.

[…]

Developing the north of Korea would be building from ground zero, and the costs would hold back the economy of a united peninsula for a decade. After that, the benefits of the rich natural resources of the north, such as coal, zinc, copper, and iron, and the modernization program would be expected to kick in, but there are mixed feelings about risking the prosperity of one of the world’s most advanced nations in the meantime.

[…]

South Korea is now a vibrant, integrated member of the nations of the world, with a foreign policy to match. With open water to its west, east, and south, and with few natural resources, it has taken care to build a modern navy in the past three decades, one that is capable of getting into the Sea of Japan and the East China Sea to safeguard the ROK’s interests. Like Japan, it is dependent on foreign sources for its energy needs, and so keeps a close eye on the sea-lanes of the whole region.

[…]

In early 2015, when the Americans, South Koreans, and Japanese got down to the details of an agreement to share military intelligence they had each gathered on North Korea, Seoul said it would pass along only a limited amount of secret information to Tokyo via Washington. It will not deal directly with the Japanese. The two countries still have a territorial dispute over what South Korea calls the Dokdo (solitary) Islands and the Japanese know as the Takeshima (bamboo) islands.

When Failure Thrives

Sunday, July 13th, 2025

When Failure Thrives by Marc DevoreWhen Failure Thrives was the inaugural publication by the Army Press, back in 2015:

Regardless of how revolutionary they are at the time of their introduction, all military innovations gradually lose their utility as they are overtaken by further technical and societal developments. For example, while the Prussian drill regulations and tactical ordre oblique introduced by Frederick II (“the Great”) of Prussia in the mid-18 Century were revolutionary for his time, they became a liability a mere generation after Frederick’s death when battlefield developments during the French Revolutionary and Napoleonic Wars led to the diffusion of new models of military organization. However, Prussia proved too slow in responding to these new developments until, after an existential defeat in 1806, policymakers finally discarded the institutions and practices they had inherited from Frederick. This case and others like it demonstrate the validity of Joseph Schumpeter’s axiom that innovation is a process of “creative destruction.”

[…]

For this reason, military innovators oftentimes advocate abolishing organizations considered impediments to reform. For example, Soviet Marshal Nikolai Ogarkov, an early advocate of a Military Technical Revolution, passionately (yet unsuccessfully) lobbied for his government to shift resources from armored forces to digital command-and-control networks and long-range precision-guided munitions.

[…]

Airborne forces are an ideal case for exploring the survival and evolution of a military capability of decreasing utility because of both the nearly universal creation of such forces by the great powers between 1928 and 1941, and their subsequent development along disparate lines in different states.

In this context, although the spread of integrated air defenses, armored vehicles and surface-to-air missiles gradually reduced the utility of airborne forces, states adapted to these developments in different ways.

[…]

As both scholars and military professionals have long understood, military innovations occur when armed forces establish autonomous or semi-autonomous organizational structures (either a separate service, branch or unit) to explore new technologies and doctrines. However, the same qualities of organizational autonomy and institutional power that promote innovation in new organizations foster organizational inertia as an institutions’ favored tactics and technologies become obsolete.

[…]

In effect, airborne forces suffered cutbacks in countries, such as the United Kingdom, where they did not enjoy a high level of institutional strength or autonomy to begin with. Contrarily, they proved largely immune to cutbacks in the Soviet Union, where they were originally endowed with a great deal of organizational clout and independence before the war. Finally, airborne forces remained large, but were obliged to engage in frequent and sustained efforts to reinvent themselves in the United States, where the airborne community’s institutional strength was substantial, yet not so great as to enable airborne forces to entirely neglect the implications of technical and tactical developments.

[…]

The invention of tanks in 1916 and subsequent improvements to their performance created opportunities for land warfare to be waged in radically new ways.

[…]

In many great powers, including Britain, France and the United States, the responsibility for employing tanks was assigned to two traditional service branches — the infantry and the cavalry. Contrary to certain misconceptions, both of these branches viewed tanks as potentially very useful. Nevertheless, they narrowly defined the tank’s role and technical requirements in terms of supporting preexisting infantry and cavalry missions. This meant that the infantry demanded tanks and armored units that were heavily armored, slow moving and optimized for supporting infantry assaults. Meanwhile, the cavalry developed tanks and armored units designed to substitute for the traditional horse cavalry missions of scouting and reconnaissance. In the American case, the cavalry even insisted on combining tanks and horses in hybrid units.

Unfortunately, entrusting the infantry and cavalry branches with tank development squandered their revolutionary potential. This became apparent when Germany launched its blitzkrieg campaigns in 1939-41. Rather than subordinating tanks to existing branches, the Germans created a dedicated armored branch, the Panzerwaffe, to exploit the new technology. In sharp contrast to the approach taken by existing branches, these special-purpose organizations exploited the full potential of armored vehicles for deep maneuvers and causing chaos in opponents’ rear areas. Consequently, although Germany’s armored forces were actually numerically inferior to those of their opponents in 1940 and 1941, they nevertheless dominated the battlefield and won remarkable victories.

[…]

The rapid development of military aircraft in the early 20thth Century sparked just such a development of independent air services, beginning with the British Royal Air Force’s creation in 1918. However, because the creation of new armed services is costly owing to their many support and administrative services, policymakers frequently prefer to create new branches within existing services.

[…]

How too little institutionalization can impede innovation is illustrated by the case of United States special operations forces prior to the creation of the Special Operations Command. Before 1986 special operations forces existed as discrete units within each of the services. Because they neither possessed large staffs nor could offer appealing career prospects, special operations forces failed to attract officers of the needed quality, were neglected in national-level debates, and were unable to develop specialized equipment for their missions.15 As a result, American special operations forces did not provide the strategic value that had been anticipated at the time of their creation—a fact illustrated in the dramatic failure of the 1980 Iranian hostage rescue operation, Desert One. It was in light of these shortcomings that policymakers eventually created an institutionally robust Special Operations Command.

While the case of special operations forces illustrates the perils of under-institutionalizing a capability, the example of Soviet/Russian National Air Defense Forces (the PVO-Strany) illustrates the inverse error of over-institutionalizing a capability. Impressed by the technological promise of integrated air defense networks—combining radars, aircraft, anti-aircraft guns and surface-to-air missiles—Soviet leaders established the National Air Defense Forces in 1948 as an independent armed service on a par with the nation’s ground, air and naval forces.17 This entailed endowing the National Air Defense Forces with a sizeable bureaucracy, educational institutions (a military academy and staff colleges), and training facilities that replicated many of the functions already performed by the other armed services.18 To make matters worse, the National Air Defense Forces procured costly aircraft and surface-to-air missiles that were similar to, yet different from those procured by the air force and army. Over time, this unnecessary duplication of effort came to be seen as an excessive drain on the state’s scarce resources, leading to the National Air Defense Forces’ abolition as an independent service in 1998.

[…]

Because warfare is a matter of life and death for individual combatants — and national survival for states — it is mistakenly assumed that military professionals are ruthless and unsentimental when it comes to discarding old technologies and tactics. However, one tends to find more examples of clearly obsolescent tactics and technologies in military organizations than in many other fields of human behavior. In one extraordinary case, horse cavalry survived in even the world’s most industrialized states until the 1950s, a half-century after they ought to have been abolished. There are, however, many more examples of this kind of obsolescence. The Swiss military maintained carrier pigeons into the early 1990s, long after the advent of electronic communications. The United States Army has retained a sizeable Chemical Corps since the First World War despite the declining importance of chemical warfare. Military forces in states such as France (the Spahis), Spain (the Regulares) and the United Kingdom (the Gurkhas) all retain regiments whose traditions and recruitment reflect the exigencies of long-vanished colonial empires.

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One reason for greater inertia in military organizations lies in the incomplete and intermittent nature of how military organizations are tested.

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It is, therefore, almost always possible for military organizations to ignore unpleasant truths by arguing that the circumstances of future wars will be more favorable to their preferred tactics and technologies. For example, in one particularly brash example of a military professional drawing biased conclusions from contemporary conflicts, British General John French summarily dismissed the need for reevaluating the cavalry’s role after their poor performance in the Boer War. To this end, French wrote, “It passes comprehension that some critics in England should gravely assure us that the war in South Africa should be our chief source of inspiration and guidance…we should be very foolish if we did not recognise at this late hour that very few of the conditions of South Africa are likely to recur.”

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Driven by necessity, military organizations emphasize tradition, continuity and the value of received tactics as a means of instilling the confidence needed to perform difficult tasks amidst the chaos of battle. Put another way, Edward Katzenbach argued in a classic study that, “Romanticism, while perhaps stultifying realistic thought, gives a man that belief in the value of the system he is operating that is so necessary to his willingness to use it in battle….But faith [in a weapons system or tactic] breeds distrust of change.” Thus, a degree of bias and resistance to change is a natural by-product of military organizations’ efforts to develop élan and esprit de corps.

In addition to these unconscious biases, military professionals also develop conscious biases as a result of career incentives. Because officers are promoted within well-defined military organizations, they have a natural interest in seeing those organizations prosper.

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In recent times, no better example of this phenomenon can be found than the US Marine Corps’ steadfast defense of the V-22 Osprey program. Because Marine leaders considered the V-22 Osprey essential to the service’s amphibious assault mission, Marines (and former Marines) successfully lobbied to save the program in the face of grave technical problems, sustained cost overruns, and politicians’ repeated efforts to cancel the program.

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One strategy, the preferred one of military organizations under pressure, is to invest in technological innovations that promise to restore the validity of the organizations’ core missions.

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Having obtained its status as a separate service in 1947 by arguing that air power could independently win wars, the Air Force has repeatedly faced criticism when it either failed to destroy targets considered essential or failed to achieve the anticipated strategic objectives. However, such shortcomings have never prompted the Air Force to fundamentally question the dogma of strategic air power.

Rather, the Air Force has consistently sought to develop new tactics and technologies capable of reinvigorating its preferred strategic mission. Such was the case, for example, when the Air Force encountered grave difficulties during the Vietnam War as a result of both North Vietnam’s sophisticated Soviet-provided air defense system and the Air Force’s own difficulties destroying precision targets. However, rather than renounce the strategic air campaign against North Vietnam, the Air Force instead concentrated its efforts at developing new technologies and tactics. Within this context, the Air Force developed a host of electronic warfare equipment, precision-guided munitions, drones, and airborne early warning systems. Tactically, the Air Force also implemented revolutionary new training and exercise methods (eventually culminating in the “Red Flag” exercises) shortly after the war. These costly efforts at resolving the Air Force’s tactical and technical problems bore fruit later in the Vietnam War and in subsequent conflicts. Nevertheless, the service’s goal of achieving victory through airpower alone has proven elusive.

Besides seeking innovative remedies for the technical and tactical challenges ailing them, another strategy military organizations under pressure can adopt is to seek new roles and missions. In effect, even if developments render a military organization’s original mission impossible or irrelevant, the organization can nevertheless survive if it identifies and fulfills another mission vital to national security. A good example of this phenomenon can be found in the United States Marine Corps’ conversion from imperial policing to amphibious warfare in the 1930s. Because the Marine Corps had hitherto justified its size and autonomy by spearheading the United States’ frequent interventions in Latin America, many openly questioned whether there was any reason to preserve the service once President Franklin Roosevelt promulgated the “Good Neighbor Policy” in 1933, which curtailed the interventions (the “Banana Wars”) that previously constituted the Corps’ raison d’être.

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Assistant Commandant John Russell, therefore, urgently initiated reforms to transform the Marines from an imperial policing organization to an amphibious assault force as soon as the “Good Neighbor Policy” was announced. In short order, the Marines constituted the embryo of an amphibious force — the Fleet Marine Force — in late 1933 and suspended teaching at the Corps’ schools in 1933-34 to allow the schools’ personnel to devote their undivided attention to crafting amphibious doctrine.

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In addition to innovating to preserve an existing role or adapting to accomplish a new mission, military organizations can also protect themselves by arguing that past contributions to national defense constitute an argument for future survival.

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Within this context, the Green Jackets were founded in 1800 as a unit of skirmishers and long-range marksmen and the Bersaglieri were formed in 1836 to execute the gymnastic and high-mobility infantry tactics that were favored by certain tacticians at that time.

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Moreover, the units were able to perpetuate their elite status because their reputations drew their countries’ best officer cadets and most qualified recruits to join them, enhancing these units’ effectiveness relative to functionally identical “ordinary” infantry formations.