Saturday, May 16, 2026

"The strange Japanese companies minting money from AI"

From The Economist, May 14:

What the creator of MSG and the world’s biggest toilet-maker have in common

Ajinomoto has spent well over a century supplying monosodium glutamate (MSG), a chemical that gives food an umami kick. Now another of the Japanese seasoning giant’s products is whetting investors’ appetites. Ajinomoto Build-up Film (ABF) is a material used to insulate artificial-intelligence processors from circuit boards. It was originally made from by-products of MSG manufacturing. Ajinomoto controls more than 95% of the market. Booming demand for AI chips has made the film scarce, pushing Ajinomoto’s share price up by 65% since the start of the year, around three times the gain in Japan’s benchmark Nikkei index.

Toto, another century-old Japanese firm, has lately enjoyed an equally improbable flush of prosperity. Best known as the world’s largest toilet-maker, it has found a profitable seat in the semiconductor supply chain. The firm is a leading producer of electrostatic chucks: ceramic plates that hold silicon wafers firmly in place while memory chips are etched. Toto’s operating profit from advanced ceramics now accounts for more than half its total.

The AI frenzy has produced obvious winners in semiconductors: American chip designers, South Korean memory-makers, Taiwanese foundries. Japan has its equivalents, with giants such as Tokyo Electron and Advantest that make the sophisticated equipment used to fabricate and test chips.

But like Ajinomoto and Toto, many of the country’s AI winners are in less flashy trades. Hoya, a health-care company that makes spectacles and contact lenses, is a leading supplier of photomask blanks: transparent plates coated with light-sensitive material that lithography tools use to etch chip designs onto silicon wafers. Sakura, a stationery brand, has adapted technology once used for coloured pencils to spot defects in chip-manufacturing processes. Nitto Boseki (or Nittobo), which began life as a textile company in 1923, is today the sole supplier of “T-glass,” an ultra-thin glass fibre essential for packaging AI chips.

Two factors explain this eclectic industrial cast. The first is history. In the 1980s Japan was a semiconductor superpower, accounting for more than half of global chip production. Six of the world’s ten biggest chip firms in 1989 were Japanese. Those champions created demand for local suppliers of all sorts. The country’s firms still dominate several niches in the supply chain, particularly for materials and tools.

The second factor is culture. David Dai of Bernstein, a broker, argues that Japanese companies keep developing technology even when demand is not yet obvious, and rarely abandon it. That lets them deepen their knowledge over decades. When the opportunity finally appears, they are ready, armed with better technology and more credibility than newer rivals. Ajinomoto began work on ABF in the 1970s, as it looked for ways to apply the chemistry behind MSG elsewhere. Only in 1999 was the material first adopted by a major chipmaker....

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"Cut Off: Soon, access to frontier AI will be scarce and selective"

That would lead to rebellion among the dispossessed. I think. Maybe not. Am I giving too much credit to the populace?

From Anton Leicht's Threading the Needle substack, May 13:

There’s a common mantra in the outskirts of AI policy thought: driven by market pressures and overheated capital markets, AI tokens will soon be abundant—and the future belongs to those who can use them best. The further you get away from San Francisco, the louder this mantra grows. It reaches a fever pitch in the peripheries, the many middle powers of the world still caught up in a plan to navigate the AI revolution on the basis of merely good-enough models. That view requires important AI capabilities to be widely accessible: defenders have access to models before attackers do, firms in all domains compete based on access to the same AI capabilities. 

Recent events have thrown that view for a loop, and it now seems clear that access to frontier AI will soon be limited by economic and security constraints. In early April, Anthropic announced it had developed Mythos, a leading cybersecurity model, and that it would only make its considerable ability to patch extant vulnerabilities available to a select few companies. Cybersecurity start-ups in the Mission District, systems integrators on the Eastern Seaboard and allied capitals on the Atlantic and Pacific all had a similar experience: scrolling down the page to see the list of privileged partners only to find a limited selection of U.S.-based corporations. 

Perhaps you were hopeful that OpenAI was going to stick to its preferred method of rollout—that it would release gpt-5.5-cyber, a model reportedly similar to Mythos in capabilities, more broadly. And yet it did not: in their Daybreak initiative, OpenAI too committed to a limited release, dispelling hopes that this was a fluke or ‘doomer’ marketing. Even worse: while it’s not quite clear to anyone—including the U.S. government—what exactly the U.S. government will do about all this, by all reports, it’s at least planning to do something at some point. And while it’s easy to dismiss this as a confluence of current events, the Mythos moment actually reveals structural trends that have been ramping up for a while.  

Mythos and Reality

Three trends—compute, security, and U.S. government involvement—will further constrain the availability of frontier AI1 in the future. They compound and reinforce each other, and have dramatically accelerated in recent weeks and months. Everyone outside the inner circle of U.S.-based developers needs to grapple with that fact.


Security & Distillation

The first and most obvious constraint on widespread availability is the one we’ve seen in the Mythos context: security considerations prevent developers from providing top-tier capabilities to every paying customer.

The canonical story starts with misuse risks: a highly capable new model seems realistically useful for conducting some sort of dangerous activity, such as cyberattacks or biological weapons design. Instead of rolling it out to the general public right away, you might first distribute it to defenders who can use their early access to shore up vulnerabilities—like we’ve seen in the case of Mythos. You continue by rolling out some models only to customers of which you’re reasonably sure they won’t outright abuse the model for criminal purposes; and perhaps only after the model is no longer state-of-the-art, you roll out to everyone.

Already now, we’re seeing the second stage: the U.S. government realises that this sort of restricted access is better both for the national interest and national security, and starts flirting with the idea of making the virtuous early example into a general rule. There are many reasons for the national security apparatus to do this—perhaps they don’t trust AI developers to keep dangerous capabilities away from just-as-dangerous criminals, non-state actors and adversaries. Or perhaps they’d rather like to know which exploits the new models are about to reveal so they can use them themselves first—as they’ve done before. Put differently: if I were the NSA and sitting on a bunch of zero-days, I’d also love to know which of them Mythos can find so I could use them to my advantage before everyone gets their patch online.

Next to misuse risks, there’s another dimension that might motivate even more straightforward crackdowns on availability: risks of model theft, espionage and distillation. The former would make developers wary of where to host models—weights in an unsecured datacenter would pose a substantial vulnerability, and many countries outside the U.S. haven’t even started thinking about securing datacenters. But the latter, distillation, is the more pressing concern. Multiple reports indicate that part of the success story of so-called fast followers—model developers 6-9 months behind the frontier like China’s DeepSeek—is based on distillation practices that require more or less unfettered access to API tokens.

Distillation is not tenable for model developers in the long run: it will be very hard to capture sufficient revenue if you have to recoup all R&D investment in the six months until someone distilled your model. That point is extremely salient to politicians, and plays right into latent concerns on U.S.-China competition and industry espionage. So I’d expect distillation crackdowns, if not from the government, then from developers—more burdensome KYC, more restrictive default access, more geopolitically motivated access conditions. None of those bode well for broad-based frontier access.

Compute Crunches

But the trouble does not stop with security concerns. More fundamentally, providing access to a frontier model is a zero-sum game. Veterans of the tech industry and European sovereignty hawks both like to invoke the parallel to software licenses—that yes, software innovation came with some marginal dependencies, but that the logic of consumer market size prevailed in the end: Microsoft and others face low marginal costs compensated at full market prices for rolling out their software for everyone. But not so with frontier AI....

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LRB: Squillions (Where's all the cash?)

From the London Review of Books, Vol. 48 No. 9 · 21 May 2026

Everybody Loves Our Dollars: How Money Laundering Won 
by Oliver Bullough.
Weidenfeld, 336 pp., £25, January, 978 1 3996 1809 0
 
How to Launder Money: A Guide for Law Enforcement, Prosecutors and Policymakers 
by George Cottrell and Lawrence Burke Files.
Biteback, 400 pp., £25, February, 978 1 83736 040 6

can’tremember the last time I used cash. My bank statements show that I haven’t made a withdrawal from a cashpoint in the last twelve months. That’s just as well, since it’s significantly more of an effort to get hold of cash than it used to be. Before the pandemic, there were seven cashpoints within a five-minute walk from my house. All of them have now gone: the four attached to banks disappeared when the branches closed, the two in supermarkets were removed, the random one outside a building that used to be a bank but is now a bar has also vanished. Nerds like to say that the plural of anecdote is not data, but in this case, it kind of is, since the general decline in the use of cash is a marked phenomenon across the developed world, and especially in the UK. According to UK Finance, the sector’s trade association, in 2009 cash was used in 58 per cent of all transactions. The figure today is 9 per cent.

Since fewer and fewer people are using banknotes, it follows logically that fewer banknotes are needed, and therefore that fewer banknotes are being printed and put into circulation. Right? Wrong. In the UK, there is £1300 cash in circulation for every single one of us, but the amount of cash we actually hold is one seventh of that figure. The value of banknotes in circulation has been rising sharply for decades, and not just in the UK. In 2005, the total value of all the dollar bills in circulation was $759 billion. By 2015, it was $1.38 trillion. Last year, it hit $2.395 trillion. As Kenneth Rogoff put it in The Curse of Cash (2016), the dumbfounding thing is that ‘no one quite knows where exactly most of it lives or what it is used for.’ According to Oliver Bullough, in his alarming and unsettling book Everybody Loves Our Dollars, in 2022 the average American held $418 in cash, but there was $7357 of cash in circulation for every American man, woman and child. That means that a typical household of four represents $27,756 of missing cash, 80 per cent of which is in the form of the highest denomination US banknote, the $100 bill. That is a hell of a lot of $100 notes unaccounted for, especially when you bear in mind how seldom most people use, or even see, a $100 bill. There are 1.552 trillion euros in circulation, half of it again in the highest denomination banknotes, €100, €200 and €500. (The €500 bill ceased printing in 2019, but is still legal tender. Its nickname gives a clue to its main use: it’s called the ‘bin Laden’.) In Switzerland, 90 per cent of the value of outstanding cash resides in ludicrously valuable CHF 1000 banknotes – a single note is worth £943, or $1285.

So where is all that cash, who’s using it, and for what? The answer proposed by Bullough is bizarre: nobody knows. ‘The number of banknotes is increasing, and the question of why the value of banknotes has increased so markedly remains unanswered.’ Central bankers don’t have much interest in the question. It is immensely valuable for any country to be able to produce currency that’s in worldwide demand: for the cost of printing a few bits of paper, a developed economy receives billions of dollars of value in pounds, dollars or euros. This is called seigniorage, and central bankers are as keen as anyone else on what is in effect free money. But the incuriosity they’ve developed around the question is remarkable. Especially when you home in on what all that cash is actually being used for. According to the Financial Action Task Force, which was set up in 1989 to fight financial crime at a global level, ‘it does not seem unreasonable to suggest that the total amount of cash physically transported for money laundering purposes globally is in the order of hundreds of billions of dollars.’ This seems to be the amazing answer to the question of the missing cash: it’s being used in criminal transactions.

This theme – something not fully understood is going on at a massive scale right under the noses of governments – is dominant in Everybody Loves Our Dollars and in How to Launder Money by George Cottrell and Lawrence Burke Files. Bullough is a star investigative journalist with a long track record in writing about illicit financial flows. Cottrell and Files are also expert witnesses, though they’re an unlikely pairing. Files is an American financial investigator and specialist in due diligence, a veteran in the field – his name comes up in Bullough’s book. Cottrell is a young British man, born in 1993, with an aromatic CV. He was brought up on the toff-infested Caribbean hellhole of Mustique, sent to and then expelled from boarding school in England, supposedly worked in banking for a while, became deputy treasurer of Nigel Farage’s Ukip in 2015, was arrested by IRS agents at Chicago O’Hare in 2016 and charged with 21 counts of money laundering, pleaded guilty to one of them, did eight months’ federal time, went to work for the Brexit Party and currently lives in Montenegro, though he’s still often seen with Farage. He owns a company called Geostrategy, whose website has the unimprovable tagline ‘Reputation is built brick by brick.’ How to Launder Money is no masterpiece, but it is full of good stories and juicy details, and together with the vastly superior Everybody Loves Our Dollars helps us, if not to understand what’s going on (nobody does, apart from the money launderers themselves), at least to begin to understand the known unknowns.

The first of these is how much money laundering takes place. Bullough quotes Jason Sharman, a professor at Cambridge, whose estimate is ‘squillions’. That is an accurate summary of the current state of knowledge. An informed guess, from Michel Camdessus, the longest-serving head of the International Monetary Fund, is that it is somewhere between 2 and 5 per cent of global GDP. The lower figure puts criminal activity at $2 trillion, or the same size as the Russian economy. The higher puts it at $5 trillion, or the same size as the German economy, the third largest in the world. (Cottrell and Files use the higher number.) If it were an industry, money laundering would be the third biggest business in the world, behind commercial property and ahead of pensions.

How did we end up knowing so little about something so big? The answer can be found in the history of the Financial Action Task Force, founded at the G7 summit in 1989. The FATF is the proverbial 800-pound gorilla of anti-money laundering – or AML – activities. You may think that’s already too many acronyms, but brace yourself, because the AML focus of the FATF has led to the regulatory measures KYC (know your customer), SAR (suspicious activity reports), CTR (currency transaction reports), PEP (politically exposed person) and many more. If this sounds bureaucratic and process-based to the point of tragicomedy, that’s because it is. The sheer extent of the legal apparatus, juxtaposed with the sheer extent of the world’s third biggest business, represents failure on a colossal scale. Rich countries, trying to cut down on illicit flows of finance, have focused their energies on the one thing they can see and control: transfers and transactions inside the official financial system. Bullough comes up with an excellent metaphor for this: the FATF is like a drunk looking for his lost keys under a streetlight, not because that’s where he lost them, but because it’s the only place where he can see.

The problem is that most money laundering doesn’t take place under the streetlight. It doesn’t take the form of visible transfers within the official system. A caveat about what we know: money laundering is a little like drug cheating in sport, where the current state of legal enforcement always lags behind the current state of malfeasance. We don’t know what successful money launderers are doing in the present moment. All we do know is what unsuccessful ones have been caught doing in the past. We are drunks looking for our keys in a big empty space with a single torch, and all we can find is evidence of the rare occasions when other people lost their keys.

Some examples are at the simple end, most of them involving what is called ‘placement’: taking illicit cash flows and depositing them in the financial system. The most obvious methods involve businesses that take cash: casinos, construction, nail salons, barbers (and in the UK minicabs, many of which were notoriously under the control of crime families until Uber killed that particular laundry). On Cottrell and Files’s estimation, ‘it typically takes three nail salons to launder the money from a brothel.’ ....

....But it can get more imaginative....

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"Pentagon Rushes to Buy 10,000 Missiles as Iran Has Depleted Stockpiles"

From Military.com, May 13:

Agreements with multiple contractors will lead to buying cheaper cruise missiles in bulk. 

The Pentagon is racing to buy more than 10,000 cheaper cruise missiles as the war with Iran strains U.S. missile stockpiles and puts fresh pressure on the military’s ability to quickly replace expensive weapons.

The Department of Defense announced on Wednesday that it reached framework agreements with Anduril, CoAspire, Leidos and Zone 5 to launch the Low-Cost Containerized Munitions program, a new effort aimed at buying cheaper cruise missiles in bulk as the war with Iran intensifies concerns about U.S. missile stockpiles. Military.com reached out for comment to the Defense Innovation Unit, the Air Force, U.S. Naval Forces Central Command, Leidos, Zone 5 and Castelion....

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"Democratic Republic of Congo declares Ebola outbreak; 65 people killed"

The introduction to a February 1, 2020 post

....I've mentioned that one of my doctors has a tropical medicine sub-specialty. His verdict:
Coronavirus is virulent, but not that virulent. It's deadly but not that deadly.[*]
His advice? Stay away from areas with active Ebola and Marburg, in fact all the hemorrhagic fevers; don't smoke, lose five or ten pounds.
He tells everyone to lose 5 or 10 pounds.
He doesn't seem all that impressed with Wuhan coronavirus.

He was right. If the idiot authorities had been a little less concerned about cloth masks (vs. a virus? They knew how small a virus is, right?) and the six foot social distancing (remember the "it's spread by droplets" pitch? Total B.S. It was airborne). 

If they had been less concerned with the theatrical aspects and more concerned with, oh I don't know, not discharging 80-year-old patients from hospitals into nursing homes, or, maybe letting healthy people go outside where fresh air and sunshine with its anti-viral and vitamin D producing effects could get to work we would have saved millions who died. (although 2020 was the "year without flu", all respiratory dusease deaths were covid because, well, shut up. So maybe they would have died but their death certificates would have said influenza.)

Rant over. From United Press International, May 15: 

The Democratic Republic of Congo declared an Ebola outbreak on Friday as 65 people have died from the disease in the country's eastern region.

There have been about 246 cases reported, many of them in the Ituri province's small mining towns of Mongbwalu and Rwampara. The Africa Centres for Disease Control and Prevention said in a statement Friday that it is meeting with DRC, Ugandan and South Sudanese leaders to prepare a response to the outbreak. 

Uganda and South Sudan border the Ituri province.

Africa CDC said that the DRC's national research laboratory has detected Ebola in 13 of 20 samples it has tested.

There have been 16 prior Ebola outbreaks in the DRC since 1976 when it first identified the virus within its borders. Vaccines are available for the Zaire strain. Africa CDC said that early testing indicates the current strain is not the Zaire strain.

"Africa CDC stands in solidarity with the government and people of the Democratic Republic of the Congo as they respond to this outbreak," Dr. Jean Kaseya, director general of Africa CDC, said in a statement. "Given the high population movement between affected areas and neighboring countries, rapid regional coordination is essential."

The mining towns where the outbreak is centered experience a lot of inbound and outbound traffic, raising concerns about the disease spreading further.

Ebola is a severe illness with a high fatality rate in humans, reaching as high as 90% in some cases, the World Health Organization says....

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*for chronological reference, six weeks after the good Doctor told me that, Dr. Fauci was saying: "COVID-19 Travel Update: Fauci Says Cruising Is OK If You Are Healthy" - Forbes, March 9, 2020 

Hantavirus, schmantavirus, the hemorrhagic diseases are the ones that scare me. 

And regarding covid, yes the public health and medical peeps knew at the time what they should have done but didn't do.

If interested see November 2023's:

Lockdowns: The Epidemiologist and Public Health Giant Who Knew What Would Happen

The Blood in Winter: England on the Brink of Civil War

This isn't about today's action which is garnering such headlines as:

Times of Israel - Tens of thousands set to rally in London for concurrent far-right, anti-Israel protests 

SkyNews - London protests latest: Police begin making arrests as part of 'unprecedented' operation to control rival protests 

BBC -  Tens of thousands descend on London for rival protests

No, this is about an earlier episode. From the Washington Independent Review of Books, December 2025:

A brilliant account of how the seeds of battle were sown. 

Should one feel sorry for beleaguered King Charles I of England? Such empathy will come easily for readers of the excellent The Blood in Winter by Oxford don Jonathan Healey. Inheriting the British throne in 1625, Charles was immediately besieged by uppity members of Parliament seeking to chip away at his monarchical powers. These attackers never gave up, and their persistence led, in the summer of 1642, to civil war and (sadly for him) Charles’ beheading in 1649.

As tensions rose in January 1642, Charles, in an effort to reassert his absolute rule, charged five Members of Parliament with high treason. To arrest them, His Majesty himself, accompanied by armed men, knocked on the House of Commons’ door. Absent, the alleged traitors were never taken into custody. Who tipped them off that the king was coming?

Well, Lucy Hay, Countess of Carlisle, played an enthralling role. Twice painted by Sir Anthony Van Dyck in “stunning” and “suggestive” images, “She was what one smitten courtier…called ‘the killing beauty of the world,’” writes Healey. “Spurning opposition from her father, the youthful Lucy had married a well-connected Scot, James Hay, a man described by the king’s sister as ‘Camel-face.’”

The then Prince Charles, his father, King James I, and other notables had attended Lady Carlisle’s wedding (although marriage didn’t deter her from having a long-term affair with Charles’ senior minister, the Duke of Buckingham). After Buckingham’s assassination in the 1620s, and her husband’s later death, Lady Carlisle continued her close, personal relationship with Charles’ wife, Queen Henrietta Maria.

Given her ties to the royal family, did the wealthy, well-connected Londoner really tip off the rabble-rousers about to be seized by Charles? Apparently, yes.

“[W]e can say with pretty good assurance…that [Lady Carlisle] did betray the king,” states Healey, who cites considerable evidence to support his view.

The author’s picture of the noblewoman is but one of his many arresting portraits of participants in the intrigue. Brilliantly written, the book recounts numerous sub-dramas in the unfolding road to bloody war. This is not to mention Healey’s many engaging descriptions of London itself and its rowdy crowds of protesters, both royalist and rebel. This reviewer, fascinated by the engrossing detail of Healey’s accounts, wished he had sources describing the Washington, DC, events of Jan. 6, 2021, that were even half as good.

Another intriguing individual was Giovanni Giustinian, the Venetian ambassador....

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Mansfield Energy Natural Gas News – May 15, 2026

I usually think of Mansfield as the largest independent (and maybe largest, period) distributor of diesel in the U.S. but they have other interests as well.

From Mansfield Energy, May 15:

Permian Producers are Paying Buyers to Haul it Away

The war in Iran has choked natural gas supplies across Europe and Asia, leading to fuel rationing and blackouts, but in the heart of US shale country, the market is swimming in supply. Gas in the Permian Basin of West Texas and New Mexico is so plentiful that producers are having to pay buyers to get rid of it. Bloomberg reports that there is so much inventory that it exceeds available pipeline capacity… https://tinyurl.com/muxb3fxz

NG Futures Leap 6% as Middle East Conflict Drags On

U.S. natural gas futures jumped about 6% to a two-week high on Tuesday on soaring oil and gas prices around the world as the U.S.-Israeli war against Iran widened across the Middle East region, disrupting the movement of energy supplies. Front-month gas futures for April delivery on the New York Mercantile Exchange rose 18.7 cents, or 6.3%, to $3.147 per million British thermal units, putting the contract on track for its highest close since February 13.… For More info go to https://tinyurl.com/bdnfwswy

This article is part of Daily Natural Gas Newsletter

Mansfield commentary home page

"Why Swedish Schools Are Bringing Back Books"

From UnDark, April 1:

Amid declining test scores, the country has pivoted away from screens and invested in back-to-basics school materials. 

In 2023, the Swedish government announced that the country’s schools would be going back to basics, emphasizing skills such as reading and writing, particularly in early grades. After mostly being sidelined, physical books are now being reintroduced into classrooms, and students are learning to write the old-fashioned way: by hand, with a pencil or pen, on sheets of paper. The Swedish government also plans to make schools cellphone-free throughout the country.

Educational authorities have been investing heavily. Last year alone, the education ministry allocated $83 million to purchase textbooks and teachers’ guides. In a country with about 11 million people, the aim is for every student to have a physical textbook for each subject. The government also put $54 million towards the purchase of fiction and non-fiction books for students.

These moves represent a dramatic pivot from previous decades, during which Sweden — and many other nations — moving away from physical books in favor of tablets and digital resources in an effort to prepare students for life in an online world. Perhaps unsurprisingly, the Nordic country’s efforts have sparked a debate on the role of digital technology in education, one that extends well beyond the country’s borders. U.S. parents in districts that have adopted digital technology to a great extent may be wondering if educators will reverse course, too.

So why did Sweden pivot? In an email to Undark, Linda Fälth, a researcher in teacher education at Linnaeus University, wrote that the “decision to reinvest in physical textbooks and reduce the emphasis on digital devices” was prompted by several factors, including questions around whether the digitalization of classrooms had been evidence-based. “There was also a broader cultural reassessment,” Fälth wrote. “Sweden had positioned itself as a frontrunner in digital education, but over time concerns emerged about screen time, distraction, reduced deep reading, and the erosion of foundational skills such as sustained attention and handwriting.”

Fälth noted that proponents of reform believe that “basic skills — especially reading, writing, and numeracy — must be firmly established first, and that physical textbooks are often better suited for that purpose.”

In a country with about 11 million people, the aim is for every student to have a physical textbook for each subject.

Between 2000 and 2012, Swedish students’ scores on standardized tests steadily declined in reading, math, and science. Though they recovered ground between 2012 and 2018, those scores had dropped again by 2022.

Though it’s unclear precisely how much of the decline is due to digitization, there is some evidence that analog teaching materials for reading may be superior to screen learning. However, this applies to expository as opposed to narrative texts. Narrative texts tell a story, whether fiction or non-fiction, while expository texts are designed to inform, describe, or explain a topic in a logical, factual manner.

Swedish officials emphasize that digital technology isn’t being removed from schools altogether. Rather, digital aids “should only be introduced in teaching at an age when they encourage, rather than hinder, pupils’ learning.” Achieving digital competence remains an important objective, particularly in higher grades.

Historically, the technology industry has pushed for more use of digital learning, seeing itself as a transformer of education.....

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"Trump says Islamic State group leader was killed in a joint US-Nigerian mission"

Huzzah! (if shown to be true)

From ABC News, May 15:

President Donald Trump says U.S. and Nigerian forces carried out a mission Friday night to kill a leader of the Islamic State group 

U.S. and Nigerian forces killed a leader of the Islamic State group in Nigeria in a mission carried out Friday, U.S. President Donald Trump said.

Trump announced the joint operation in Africa’s most populous country in a late-night social media post that offered few details. He said Abu Bakr al-Mainuki was second in command of the Islamic State group globally and “thought he could hide in Africa, but little did he know we had sources who kept us informed on what he was doing.”

Al-Mainuki was viewed as the key figure in IS organizing and finance, and had been plotting attacks against the United States and its interests, according to an official who spoke on condition of anonymity because they were not authorized to share sensitive information.

Nigerian President Bola Tinubu confirmed the operation and said Al-Mainuki was killed alongside “several of his lieutenants, during a strike on his compound in the Lake Chad Basin."....

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Now do Boko Haram. 

"Beware the Sudden Death of Vladimir Putin"

 From Newsweek, May 6:

Ukraine’s Volodymyr Zelensky tauntingly said the Kremlin is worried that “drones may buzz over Red Square” as Moscow locked down hard ahead of the May 9 Victory Day parade.

Russian President Vladimir Putin has plenty of reasons to look over his shoulder and above his head. A leaked European intelligence document, reported by the U.K.’s Financial Times and Russia’s Important Stories, claimed Putin is increasingly spending time safely ensconced in bunkers, fearing assassination or a coup. 

Security around Putin has tightened sharply, the intelligence says, with more checks, fewer aides, restricted movements, limited communications. Many in the Western world, and especially those in Ukraine, will welcome the news and fantasize about the idea of drone-delivered justice against the Russian president.

But a gratifying fantasy would meet a grim reality. A ruler who trusts fewer rooms, fewer phones, and fewer aides is not presiding over a calm succession machine. And that's the big problem. Russia’s eccentric system of gangster politics is built around one man: Putin. It would be most dangerous the moment that man suddenly disappears. 

The State Putin Built
Putin has spent a quarter-century making himself the Russian system’s referee, patron, and final court of appeal, playing elite factions off against each other so they compete for his favor—a key to wealth and success in modern Russia. Little of political substance happens without his explicit or tacit approval.

And Putin has built that vast personal power while substantially reducing the checking influence of institutions and individuals around him. He is now the center of the universe in the Russian state, and his implosion would leave a black hole into which all else is swallowed.

Ukraine no doubt poses a serious threat to Putin, and it has demonstrated capabilities to hit targets deep inside Russia, including Moscow, be it through drones or special operations to plant car bombs. 

But the gravest threat to Putin is probably from within the vast mob-state of his making; an opportunistic, ambitious rival sensing both advantage and a window of opportunity (though it’s best advised to avoid open windows in Russia) with the dire state of the economy and the botched handling of the war in Ukraine. 

The potential is clearly there. Just look at the recent past. In June 2023, Yevgeny Prigozhin’s Wagner fighters seized the military headquarters in Rostov-on-Don and advanced toward Moscow before abruptly turning back. It was a reminder that loyalty in Putin’s system can become armed leverage with startling speed.

Prigozhin later died in a suspicious plane crash. Putin prevailed this time. 

The New Faces of Putinism
According to the intelligence report, bitter tensions have now risen among Russian security services, including disputes involving the FSB, military leadership, Rosgvardiya, and the Federal Protective Service over keeping senior officials safe from assassins. 

The same report connected concern about Sergei Shoigu’s network and the risk of a coup against Putin to the arrest of former Deputy Defense Minister Ruslan Tsalikov in March 2026.

Shoigu, who was moved from defense minister to secretary of Russia’s Security Council in 2024, had been one of the most visible figures in Putin’s wartime elite before he was pulled from the role as the Ukraine war faltered. 

Russia doesn’t lack names for those who might hope to replace Putin when the time comes, either by nature or by plot. Perhaps Aleksey Dyumin, a former Putin bodyguard and presidential aide. Or Sergei Kiriyenko, the Kremlin official overseeing domestic politics, propaganda, and managed elections.

Maybe even Dmitry Patrushev, a deputy prime minister and son of Putin’s longtime close friend and aide Nikolai Patrushev, who represents a youthful form of continuity to the aging intelligence “siloviki” elite to which his father belongs. 

Elder hard-liners such as Nikolai Patrushev or Alexander Bortnikov, the current FSB director, may matter more as veto players on certain contenders than heirs themselves.

But none of the names resolves the system’s central problem, which is Putin's indispensable role as its lynchpin. He is a kind of unifier of the factions, using patronage and menace to keep them balanced and pacified by a consensus that he and he alone is the legitimate ruler. Who from the elite factions could truly replicate or reform that?

The prime minister, currently Mikhail Mishustin, would serve under the constitution as the immediate acting president were Putin to die. Behind Mishustin, where the true power rests, a knife fight for the Russian state—a highly militarized and aggressive nuclear power, we mustn't forget—would begin between the elite clans.

The “anyone but Putin” instinct is tempting but too tidy. Russia is not a parliamentary system waiting for an opposition leader to walk through the front door and make a democratic case to a free electorate able to vote on conscience alone.

It is a wartime autocracy with intelligence chiefs, military commanders, presidential guards, oligarchic interests, and regional brokers whose fortunes depend on proximity to coercive power, and often in contest against each other.

Elite acceptance of any acting president could be uncertain because Russian institutions are weak and presidential authority is unusually concentrated. The successor most likely to survive is the one best able to frighten the others.

The opposing case deserves its due: Putin’s sudden exit could create an opening for a successor who wants sanctions relief, battlefield respite, or a less ruinous relationship with the West. There are opportunities aplenty in those regards. 

But that possibility belongs to a later phase, after someone has survived the first scramble. Even then, it would require a wholesale shift in mindset among officials in a system Putin has spent more than 25 years creating in his image.

And most potential successors look to have bought into Putin's geopolitical strategy of imperial expansionism, anti-Western antagonism, and hard-power realism.

The immediate test for Putin’s successor won’t be moderation or reflection, a kind of de-Stalinization for the 21st century. It would be to take control of coercive institutions, elite money, battlefield command, and a hypernationalist narrative about Russian greatness. 

Put simply, Putinism with a different face, and perhaps an angrier one.

The Tinder of Russian Instability
Russia's structural weaknesses won't limit its explosive potential in a succession fight. If anything, they might turn a fire into an inferno. The state of Russian society, and the challenges that lie ahead, are sobering....

....MUCH MORE 

Chips and Technology and Economics and Society: "How ASML took over the world"

From Works In Progress, May 14:

The strange path to global monopoly 

The phones we carry around in our pockets have two million times more memory and are thousands of times faster than the room-sized computers that guided the Apollo mission to the Moon. This incredible shrinking act has been driven by our ability to make transistors smaller and smaller.

Each transistor is a microscopic switch that can alternate between a one and a zero, the basic language of all computing. Billions are packed onto tiny silicon chips called semiconductors. The more transistors that fit onto a chip, the more logic and memory circuits it holds, and the more it can do.

Advanced semiconductors are, arguably, the most important technology in the world. Over the last five years, they have even emerged as a geopolitical flashpoint between the US and China. But for all this rivalry, any country or company that hopes to manufacture semiconductors is dependent on a single firm: ASML. Dubbed a relatively obscure Dutch companyby the BBC in 2020, ASML makes the only machines in the world capable of stenciling the transistors onto chips with the precision necessary to fit billions on a 30-centimeter wafer.

These machines are roughly the size of double-decker buses. To ship one requires 40 freight containers, three cargo planes, and 20 trucks. They are the world’s most complex objects. Each contains over one hundred thousand components, all of which have to be perfectly calibrated for the machine to produce light consistently at the right wavelength.

While ASML is now the sole supplier of these machines, and will be for some time to come, it started out as a laggard in the chipmaking industry. Overtaking its competition required many things rarely associated with European companies: close collaboration with the American government, selling large stakes to foreign competitors, and a huge gamble on an unproven technology.

Let there be light

The key to ASML’s success is a technology called photolithography (sometimes just called lithography). The technique involves transferring a pattern onto a semiconductor wafer by exposing it to light. In the 1950s, the first chipmakers had tried to draw these patterns by hand, but anything that physically touches the wafer scratches it, dirties it, or warps the pattern. Scientists working independently for Bell Labs and the US military realized that they could use light to print identical patterns without making physical contact with the wafer.

To make chips, engineers start with a thin wafer of semiconductor material, usually silicon. This wafer is coated with a chemical called photoresist, which reacts when exposed to light. In photolithography, light is projected through a detailed pattern onto the photoresist-coated wafer, softening the exposed areas. The wafer is washed to remove any softened areas, revealing the silicon underneath. It is then moved to an etching machine that blasts it with charged chlorine or bromine gas, carving the desired pattern into the exposed silicon. These features are later filled with metal, such as tungsten and copper, to connect the transistor to power. These etched layers then combine into an intricate network of transistors.

Over time, the semiconductor manufacturing ecosystem has developed increasingly sophisticated etching using ever smaller wavelengths of light. Smaller wavelengths diffract less, allowing the light to travel in straighter lines and print sharper, tinier details without blurring. These allow for more precise pattern projections that, in turn, allow smaller and more densely packed transistors.

Early lithography relied on mercury vapor lamps that were similar to streetlights, while more modern machines rely on lasers created using argon and fluorine gases. By 2010, such lasers made it possible to create a 22-nanometer feature through multiple exposures using a 193-nanometer wavelength.

 

The most advanced version of this technology, extreme ultraviolet lithography, is used to make the very smallest chips. The smallest in 2025 were marketed as three nanometers, roughly 25,000 times thinner than a human hair.

To make them, a droplet of liquid tin is released into a chamber and hit with a single pulse of light, which melts and flattens it. As the droplet continues to fall, a second, more powerful pulse vaporizes the tin, creating an extremely hot plasma that emits light at the narrow wavelengths needed for extreme ultraviolet lithography. The light beam is then concentrated by reflecting it across a series of slightly concave mirrors so flawless that, if scaled to the size of Germany, their imperfections would be measured in millimeters. Engineers need to use mirrors, rather than the glass lenses used in standard lithography, as almost all solid materials absorb light at such short wavelengths.

The light eventually hits the mask, which contains the pattern to be printed on the chip. As the pattern on the mask is usually several times larger than what is wanted on the chip, the light is then reflected by a second system of mirrors....

....MUCH MORE 

"The Importance of Focus"

 From Delancey Place, February 5:

Today's encore selection -- from Focus: The Hidden Driver of Excellence by Daniel Goleman. The ability for an individual to have a healthy focus on a specific task in the middle of distractions is one of the most important predictors of success and excellence in a career. The key ongoing nemesis of focus is not noise and activity, but emotional distress:

"[The ability to] focus in the midst of a din indicates selective attention, the neural capacity to beam in on just one target while ignoring a staggering sea of incoming stimuli, each one a potential focus in itself. This is what William James, a founder of modern psychology, meant when he defined attention as 'the sudden taking possession by the mind, in clear and vivid form, of one of what seems several simultaneously possible objects or trains of thought.'

"There are two main varieties of distractions: sensory and emotional. The sensory distractors are easy: as you read these words you're tuning out of the blank margins surrounding this text. Or notice for a moment the feeling of your tongue against your upper palate -- just one of an endless wave of incoming stimuli your brain weeds out from the continuous wash of background sounds, shapes and colors, tastes, smells, sensations, and on and on.

"More daunting is the second variety of lures: emotionally loaded signals. While you might find it easy to concentrate on answering your email in the hubbub of your local coffee shop, if you should overhear someone mention your name (potent emotional bait, that) it's almost impossible to tune out the voice that carries it -- your attention reflexively alerts to hear what's being said about you. Forget that email.

"The biggest challenge for even the most focused, though, comes from the emotional turmoil of our lives, like a recent blowup in a close relationship that keeps intruding into your thoughts. Such thoughts barge in for a good reason: to get us to think through what to do about what's upsetting us. The dividing line between fruitless rumination and productive reflection lies in whether or not we come up with some tentative solution or insight and then can let those distressing thoughts go -- or if, on the other hand, we just keep obsessing over the same loop of worry.

"The more our focus gets disrupted, the worse we do. For instance, a test of how much college athletes are prone to having their concentration disrupted by anxiety correlates significantly with how well or poorly they will perform in the upcoming season.

"The ability to stay steady on one target and ignore everything else operates in the brain's prefrontal regions. Specialized circuitry in this area boosts the strength of incoming signals we want to concentrate on (that email) and dampens down those we choose to ignore (those people chattering away at the next table)....

....MORE 

Friday, May 15, 2026

"Servers in Moldova Hosted Darknet Crime Market, Authorities Say"

As goes Moldova so goes Transnistria.

Or something. 

From the Organized Crime and Corruption Reporting Project, May 13:

Moldovan police say computer servers in their country hosted Crimenetwork, a relaunched darknet marketplace that was dismantled in a joint law enforcement operation this month.  

The technical infrastructure for Crimenetwork, a relaunched darknet marketplace used to sell stolen data, cybercrime tools, drugs, forged documents, and money-laundering services, was hosted on servers belonging to a company in Moldova, the country’s police said Wednesday.

Moldovan, German, and Spanish law enforcement, along with the European Union Agency for Criminal Justice Cooperation, dismantled the platform in a joint operation this month, authorities said.

Moldovan police described Crimenetwork as one of the most active darknet markets dedicated to cybercrime, saying it operated both as an encrypted forum for cybercriminals and as an illegal online marketplace.

“The platform operator charged commissions for transactions made, and sellers paid monthly fees for advertising and marketing licenses,” the Moldovan police statement said.

The Moldovan details of the case were made public after German authorities on May 8 announced the joint operation had taken down  the platform and arrested its suspected operator, a 35-year-old German citizen, at his home in Mallorca, Spain.

“The accused is charged with having built and administered a completely new technical infrastructure, also called ‘Crimenetwork,’ just a few days after the shutdown of the previous version of ‘Crimenetwork’ and the arrest of its administrator in December 2024,” said the Federal Police Office of Germany statement. 

Moldovan police said Crimenetwork was used to trade stolen bank card information, login credentials, and personal documents, as well as to distribute malware, ransomware, and DDoS attack services, and to facilitate other illicit activity, including anonymous hosting and money laundering.

The platform had more than 22,000 users and over 100 active vendors, with transactions carried out in cryptocurrency, German and Moldovan authorities said. Investigators found evidence that it generated more than 3.6 million euros (roughly $4.2 million) through sales commissions, advertising fees, and vendor licenses....

....MORE 

Calling your crime network Crimenetwork seems a bit, as the say in Hollywood, on-the-nose. 

But maybe not. In june 2022 we saw this:

Russia-based cybercriminal group Evil Corp has shifted to a Ransomware-as-a-Service model to evade sanctions

What a time to be alive.

From TechCrunch:

Evil Corp hackers evolve ransomware tactics to dodge US sanctions

The Russia-based cybercriminal group known as Evil Corp has shifted to a ransomware-as-a-service model in an effort to skirt U.S. sanctions, according to research from cybersecurity firm Mandiant.

The U.S. Treasury’s Office of Foreign Assets Control, or OFAC, sanctioned Evil Corp in December 2019, citing the group’s extensive development of Dridex malware, which the gang used to steal more than $100 million from hundreds of banks and financial institutions.

Since, Mandiant researchers have observed a number of ransomware intrusions attributed to a threat actor which it tracked as an as-of-yet uncategorized threat group dubbed UNC2165, which the threat intelligence firm says shares “numerous overlaps” with Evil Corp and likely represents another evolution in Evil Corp affiliated actors’ operations.

UNC2165 is a group that Mandiant has tracked since 2019, which almost-exclusively obtains access to networks through an infection chain which Mandiant calls “FakeUpdates,” in which victims are tricked into opening under the guise of a browser update. This was a tactic also used as an infection vector for Dridex infections and was later used by Evil Corp attackers to deploy BitPaymer and WastedLocker, two ransomware variants developed by the sanctioned hacking group.

UNC2165 has also deployed the Hades ransomware, which has code and functional similarities to other ransomware believed to be associated with Evil Corp-affiliated threat actors....

....MUCH MORE

They have an affiliate program? 

And, though not related to the Russians or Moldovans this story from 2016 always comes to mind:

21st Century Headlines:
I delude myself that I am reasonably up-to-speed on the zeitgeist and on technology but twenty or so times a day things are brought to my attention about which I was heretofore clueless....

...Super Evil Megacorp starts team-franchise program to energize Vainglory...

I would expect nothing less from SEMC.
Which was last referenced introducing October 2024's: ""Evil Corp's deep ties with Russia and NATO member attacks exposed":

"Elon Musk’s SpaceX accelerates timeline for blockbuster Nasdaq IPO "

That giant sucking sound? It's liquidity leaving currently tradable stocks to fund this season's IPOs.*  

From Reuters via the New York Post, May 15:

Elon Musk’s rocket and satellite maker SpaceX is planning to price its blockbuster initial public offering as early as June 11 and has picked Nasdaq as its listing venue, people familiar with the matter told Reuters on Friday.

SpaceX, which is set to trade under the ticker ‘SPCX’, has accelerated its IPO timeline and is now aiming to flip its prospectus public as early as next Wednesday, with a roadshow launch targeted for June 4 and a market debut as early as June 12, according to three sources familiar with the matter.

The new plan to IPO during the second week of June represents a quicker-than-expected timeline for SpaceX’s offering, pulling forward a process that had initially been targeted for late June — around the time of Musk’s birthday — the sources said, requesting anonymity as the discussions are private....

....MUCH MORE 
*If interested see:
 

Subjects near and dear: supply, demand, liquidity etc. 

October 2008 - IPOs Produce Smallest Gains Since 1995 as Offerings Increase

Supply and demand. The one effect I can guarantee is the sopping up of billions of dollars and yuan* that would otherwise go into currently trading issues. IPO exits are not only a sign of a top but actually help bring them on by removing some liquidity....

December 2018 - "Nasdaq, 'Tech,' & IPOs are in for Gut-Wrencher"

The Fed's interest rate moves are not that big a deal.
I know that runs counter to a lot of commentary but the upticks are not a problem. Yet.
The bigger headwind facing the market is the Fed's balance sheet unwind sucking up liquidity.
And next year's planned mega-IPOs threatening to do the same....

September 2025 - "US IPO Activity On Track For Best Quarter Since Q1 2022"

This is what we were referring to introducing August 6's "Blackstone prepares portfolio companies for IPOs":

One of the reasons markets trend higher is a lack of new shares coming on to the market.

Over the last few months the IPO window has been opening and the offerings absorb buying power that would otherwise go into issues already trading.

See also: supply/demand.

The Wall Street marketeers are nothing if not opportunistic.

And depending on how much stuff they are primping, packaging, and pushing, this is why stock offerings tend to mark the short/intermediate-term tops in markets.

Just something to be aware of, not a hard and fast rule.

Agriculture: "Monsoon rains to hit southern Indian coast early, spurring crop planting"

It is hard/impossible to overstate just how important* the monsoon is.

From Reuters, May 15: 

Monsoon rains are expected to hit India's ‌southern coast on May 26, six days earlier than usual, the state-run weather office said on Friday, spurring hopes ​among farmers of early planting of crops ​such as rice, corn, soybean and sugarcane.
 
The ⁠monsoon is likely to set in over ​the southern state of Kerala on May 26, ​with a margin of error of four days, the India Meteorological Department said in a statement.
 
Typically, the monsoon ends ​across the country by mid-September and always ​begins in Kerala.
 
The monsoon is essential to India's nearly $4 trillion ‌economy, ⁠delivering almost 70% of the rainfall needed to water farms and replenish aquifers and reservoirs....
....MORE 
 *How important? June 2018:
India to Build Supercomputer To Better Forecast Monsoon
Complex chaotic systems are some of the toughest things for the human mind to understand and one of the biggest challenges for model makers. (another of the big challenges is model makers recognizing their own biases)

On a related subject, the current trend in supercomputer construction is to use a combination of CPUs and GPUs connected by superfast links which puts the Graphics Processing Unit manufacturers such as NVIDIA in an enviable position. Both the planned-to-be-fastest-in-the-world 'puter at Oak Ridge and the current 2nd fastest at ORNL use this approach as does the just upgraded Swiss machine (7th fastest)....
Also July 2009's "Naked girls and gold demand". 
A failure of the rainy phase of the monsoon cycle combined with crop failures in any one of the world's breadbaskets, Australia, Brazil, Canada, USA, Ukraine would lead to higher prices if it lasted one year, malnutrition if the combination lasted two years and outright starvation if it got to three growing seasons. 

On the other hand a rainy season that is too intense can kill thousands/tens of thousands across south Asia.

Ditto for the breadbaskets. From May 2019:

One of the Scariest Sentences In the English Language: Crop Progress Report Edition

The weekly crop progress report was released yesterday but first a quick diversion:
In the spring of 1315, unusually heavy rain began in much of Europe. 
The story continues:
Throughout the spring and summer, it continued to rain and the temperature remained cool. These conditions caused widespread crop failures. The straw and hay for the animals could not be cured and there was no fodder for the livestock. The price of food began to rise. Food prices in England doubled between spring and midsummer. Salt, the only way to cure and preserve meat, was difficult to obtain because it could not be evaporated in the wet weather; it went from 30 shillings to 40 shillings. 
Some of the headlines introducing yesterday's USDA report:
Spring field work continues to be hampered by cold, wet conditions
Corn planting is behind schedule in Minnesota, again
More rain to target flood-weary US Heartland this week, further delaying planting 
Ohio Crop Progress: Rain continued to stall planting
Trump tweet may play to quick-growing corn switch as rain persists

I am so torn on this stuff.
The world can handle one year of crop failures in two of the major growing regions, think Ukraine, western Russia, U.S. Midwest, northeast China, Brazil, Australia.
If it stretches to two years in two regions simultaneously it's time to start thinking famine.
And famine is profitable for everyone but the people who need to eat.

Back to the Wikipedia entry:
...The famine caused millions of deaths over an extended number of years and marked a clear end to the period of growth and prosperity from the 11th to the 13th centuries.

The Great Famine started with bad weather in spring 1315. Crop failures lasted through 1316 until the summer harvest in 1317, and Europe did not fully recover until 1322. The period was marked by extreme levels of crime, disease, mass death, and even cannibalism and infanticide. The crisis had consequences for the Church, state, European society, and for future calamities to follow in the 14th century....

Dear Norway, Thanks Again: That Time A Couple Of Old Norwegian Guys Put Down Their Coffee, Sank A Nazi Warship and Saved Western Civilization

Over the years we've posted on military moments that were turning points in history, D-Day, the second day of the battle of Gettysburg, the Black Monday hailstorm in 1360.

Here's one we haven't reposted in a while that definitely qualifies. 

April 9, 2017

Okay, the 'saved Western civilization' part may be a bit much but April 9, 1940 was an important day.

Going back 77 years to the story of how a couple old coots, Birger Eriksen and Andreas Anderssen, hanging out on their little island, decide it's their job to defend the country against a Nazi freakin' armada headed for Oslo, go out and sink a brand new battle cruiser and send the rest of the invaders running, allowing the King and Government enough time to evacuate the capital to Hamar, 125 km north and eventually to set up the Government-in-exile plus kept the national treasury, 50 tons of gold, out of the hands of the Nazis.

As I put it a couple years ago to mark the 75th anniversary:

...sank the most modern ship in the German Navy, saved the Norwegian King and government from being taken captive and pulled Churchill's fat out of the fire-keeping the path open for him to assume the premiership of Britain and thus save Western Civilization.
We like Norway.

The two old guys at Oscarsborg that evening were Colonel Birger Eriksen, commander of the fortress, age 64 and Andreas Anderssen, a 60 year old Kommandørkaptein but retired and living in the town who Eriksen probably enticed to come out to the fort with offers of coffee and brown cheese.

As the German armada approached, Eriksen aware his rookie cadets had started their national service just days earlier and wouldn't be able to reload the old cannons, Moses and Aron, knew he'd only get one chance so he waited and waited for the Nazis to get closer.

At around a mile he disobeys general orders to first fire a warning shot, says "Either I will be decorated or I will be court-martialed, Fire!" and shoots at the heavy cruiser Blücher which had only been completed in September 1939.

No neutrality there.

They missed.

With the artillery now pretty much useless, Eriksen tells Anderssen to fire a couple obsolete land-based torpedoes. Anderssen does, missing the mark with the first, adjusting his aim and:

https://upload.wikimedia.org/wikipedia/commons/d/df/German_cruiser_Bl%C3%BCcher_sinking.jpg
The rest of the flotilla including the pocket-battleship Lützow turned tail and ran back down the fjord, not quite sure what had hit them.
A pretty good English language version of the story is at:
Making do with what you have... [link rotted, here's the Internet Archive cache]

One of these days I'll get around to explaining why Churchill almost wasn't going to become Prime Minister the following month. 

When not saving the world the blue-eyed Arabs (oil business nomenclature) settled for saving Europe:

February 27, 2018
That Time A Dozen Norwegians Stopped the Nazis From Developing the Atom Bomb and Possibly Saved Europe 
 
This isn't the story of Birger and Andreas having to take a break from the brown cheese and herring and, well, we marked that anniversary with "That Time A Couple Of Old Norwegian Guys Put Down Their Coffee, Sank A Nazi Warship and Saved Western Civilization".

Rather, our headline event happened a few years later but first, I know everyone reading can't wait for a History-of-Norwegian-Industry-ca-1900 - 1915-diversion, so here goes. We've posted on Kristian Birkeland more than once, this is part of last year's "Shipping: He May Not Have Received His Nobel Prizes But The World's First Fully Electric Autonomous Container Ship Will Be Called the Birkeland"

...the introduction to the Plasma Universe entry on Birkeland:
Kristian Olaf Bernhard Birkeland (13 December 1867 - 15 June 1917) was a Norwegian scientist who has been called "the first space scientist"[1] and "the father of plasma experiments in the laboratory and space"[2] [3] [4]. He is perhaps most well-known for his scientific work on the aurora using a terrella (a magnetized globe), and as inventor of an electromagnetic cannon, and, a method of electrically producing artificial fertilizer. He also became a full professor of physics at the University of Oslo at the age of 31.

Birkeland also had astrophysical research published on cathode rays,[5] the Zodiacal lights,[6] comets,[7] the Sun and sunspots,[8] the origin of planets and their satellites,[9] the Earth's magnetism.[10]
 
Some of Birkeland's other contributions to science included:[2] • Derived the general expression for the Poynting vector • Gave the first general solution to Maxwell's equations [11] • Pioneered the field of charged-particle beams • Utilized the concept of "longitudinal mass" • Constructed the first foil diodes • Pioneered the field of visible-light photography of electrical discharges • Advocated charged-particle propulsion engines for space travel • Created Norsk Hydro's nitrogen-fertilizer industry (the Birkeland-Eyde method for production of potassium nitrate) • Invented an electromagnetic rail gun capable of firing a 10-kg projectile • Established Birkeland's Firearms company • Anticipated cosmic rays (discovered in 1911) with his calculations involving energies of several billion electron volts • Held patents on the electromagnetic cannon,[12] electric blankets, solid margarine, and hearing aids.

In 1969 when field-align currents had been identified in the Earth's atmosphere, they were named in his honor: Birkeland currents.[13]....
...MUCH MORE

He also co-founded Norsk Hydro and got his picture on the cover of the Rolling Stone Norway's 200 kr banknote:
https://upload.wikimedia.org/wikipedia/en/e/e4/VII-200-forside-200.jpg

The note will become invalid at the end of this year and the old boy will be replaced by a cod and a herring....

It was that Norsk Hydro bit that is important to this tale.
Norsk Hydro made nitrogen fertilizer using giant arcs to fix nitrogen in the air to nitric oxide which could be further manipulated to become nitric acid which can then be used to make explosives or fertilizer or other stuff. The process was very energy inefficient but hey, it was the early 20th century and we're talking Norway. They have a few waterfalls.  Fast forward thirty years and despite the efforts of Birger and Andreas the Nazis have invaded and are intent on grabbing them some heavy water, of which Norsk Hydro has become the go-to source, as a byproduct of the now-modernized (no more Birkeland-Eyde process) fertilizer operation.

And it is here the story of February 28, 1943 really begins. From The Conversation via Scientific American:

Operation Gunnerside: The Norwegian Attack on Heavy Water That Deprived the Nazis of the Atomic Bomb
February 28 marks the 75th anniversary of one of the most dramatic and important military missions of World War II
The following essay is reprinted with permission from The Conversation, an online publication covering the latest research.
The Conversation
After handing them their suicide capsules, Norwegian Royal Army Colonel Leif Tronstad informed his soldiers, “I cannot tell you why this mission is so important, but if you succeed, it will live in Norway’s memory for a hundred years.”

These commandos did know, however, that an earlier attempt at the same mission by British soldiers had been a complete failure. Two gliders transporting the men had both crashed while en route to their target. The survivors were quickly captured by German soldiers, tortured and executed. If similarly captured, these Norwegians could expect the same fate as their British counterparts, hence the suicide pills.

Feb. 28 marks the 75th anniversary of Operation Gunnerside, and though it hasn’t yet been 100 years, the memory of this successful Norwegian mission remains strong both within Norway and beyond. Memorialized in moviesbooks and TV mini-series, the winter sabotage of the Vemork chemical plant in Telemark County of Nazi-occupied Norway was one of the most dramatic and important military missions of World War II. It put the German nuclear scientists months behind and allowed the United States to overtake the Germans in the quest to produce the first atomic bomb.

While people tend to associate the United States’ atomic bomb efforts with Japan and the war in the Pacific, the Manhattan Project—the American program to produce an atomic bomb—was actually undertaken in reaction to Allied suspicions that the Germans were actively pursuing such a weapon. Yet the fighting in Europe ended before either side had a working atomic bomb. In fact, a rehearsal for Trinity—America’s first atomic bomb test detonation—was conducted on May 7, 1945, the very day that Germany surrendered.

So the U.S. atomic bomb arrived weeks too late for use against Germany. Nevertheless, had the Germans developed their own bomb just a few months earlier, the outcome of the war in Europe might have been completely different. The months of setback caused by the Norwegians’ sabotage of the Vemork chemical plant may very well have prevented a German victory.

Nazi bomb effort relied on heavy water
What Colonel Tronstad, himself a prewar chemistry professor, was able to tell his men was that the Vemork chemical plant made “heavy water,” an important ingredient for the Germans’ weapons research. Beyond that, the Norwegian troops knew nothing of atomic bombs or how the heavy water was used. Even today, when many people have at least a rudimentary understanding of atomic bombs and know that the source of their vast energy is the splitting of atoms, few have any idea what heavy water is or its role in splitting those atoms. Still fewer know why the German nuclear scientists needed it, while the Americans didn’t.

“Heavy water” is just that: water with a molecular weight of 20 rather than the normal 18 atomic mass units, or amu. It’s heavier than normal because each of the two hydrogen atoms in heavy H2O weighs two rather than one amu. (The one oxygen atom in H2O weighs 16 amu.) While the nucleus of a normal hydrogen atom has a single subatomic particle called a proton, the nuclei of the hydrogen atoms in heavy water have both a proton and a neutron—another type of subatomic particle that weighs the same as a proton. Water molecules with heavy hydrogen atoms are extremely rare in nature (less than one in a billion natural water molecules are heavy), so the Germans had to artificially produce all the heavy water that they needed.

In terms of their chemistries, heavy water and normal water behave very similarly, and you wouldn’t detect any differences in your own cooking, drinking or bathing if heavy water were to suddenly start coming out of your tap. But you would notice that ice cubes made from heavy water sink rather than float when you put them in a glass of normal drinking water, because of their increased density.

Those differences are subtle, but there is something heavy water does that normal water can’t. When fast neutrons released by the splitting of atoms (that is, nuclear fission) pass through heavy water, interactions with the heavy water molecules cause those neutrons to slow down, or moderate. This is important because slowly moving neutrons are more efficient at splitting uranium atoms than fast moving neutrons. Since neutrons traveling through heavy water split atoms more efficiently, less uranium should be needed to achieve a critical mass; that’s the minimum amount of uranium required to start a spontaneous chain reaction of atoms splitting in rapid succession. It is this chain reaction, within the critical mass, that releases the explosive energy of the bomb. That’s why the Germans needed the heavy water; their strategy for producing an atomic explosion depended upon it.

The American scientists, in contrast, had chosen a different approach to achieve a critical mass. As I explain in my book, “Strange Glow: The Story of Radiation,” the U.S. atomic bomb effort used enriched uranium—uranium that has an increased concentration of the easily split uranium-235—while the Germans used unenriched uranium. And the Americans chose to slow the neutrons emitted from their enriched uranium with more readily available graphite, rather than heavy water. Each approach had its technological trade-offs, but the U.S. approach did not rely on having to synthesize the extremely scarce heavy water. Its rarity made heavy water the Achilles’ heel of the German nuclear bomb program.

Stealthy approach by the Norwegians 
Rather than repeating the British strategy of sending dozens of men in gliders, flying with heavy weapons and equipment (including bicycles!) to traverse the snow-covered roads, and making a direct assault at the plant’s front gates, the Norwegians would rely on an alternate strategy. They’d parachute a small group of expert skiers into the wilderness that surrounded the plant. The lightly armed skiers would then quickly ski their way to the plant, and use stealth rather than force to gain entry to the heavy water production room in order to destroy it with explosives...MUCH MORE

So again, thanks.