Sunday, September 01, 2024



‘He was in mystic delirium’: was this hermit mathematician a forgotten genius whose ideas could transform AI – or a lonely madman?

Phil Hoad
Sat 31 August 2024 

Alexander Grothendieck photographed at his home in Lassarre, France, in 2013.
Photograph: Peter Badge


LONG READ


One day in September 2014, in a hamlet in the French Pyrenean foothills, Jean-Claude, a landscape gardener in his late 50s, was surprised to see his neighbour at the gate. He hadn’t spoken to the 86-year-old in nearly 15 years after a dispute over a climbing rose that Jean-Claude had wanted to prune. The old man lived in total seclusion, tending to his garden in the djellaba he always wore, writing by night, heeding no one. Now, the long-bearded seeker looked troubled.

“Would you do me a favour?” he asked Jean-Claude.

“If I can.”

“Could you buy me a revolver?”

Jean-Claude refused. Then, after watching the hermit – who was deaf and nearly blind – totter erratically about his garden, he telephoned the man’s children. Even they hadn’t spoken to their father in close to 25 years. When they arrived in the village of Lasserre, the recluse repeated his request for a revolver, so he could shoot himself. There was barely room to move in his dilapidated house. The corridors were lined with shelves heaving with flasks of mouldering liquids. Overgrown plants spilled out of pots everywhere. Thousands of pages of arcane scrawling were lined up in canvas boxes in his library. But his infirmity had put paid to his studies, and he no longer saw any purpose in life. On 13 November, he died exhausted and alone in hospital in the neighbouring town of St-Lizier.

The hermit’s name was Alexander Grothendieck. Born in 1928, he arrived in France from Germany as a refugee in 1939, and went on to revolutionise postwar mathematics as Einstein had physics a generation earlier. Moving beyond distinct disciplines such as geometry, algebra and topology, he worked in pursuit of a deeper, universal language to unify them all. At the heart of his work was a new conception of space, liberating it from the Euclidean tyranny of fixed points and bringing it into the 20th-century universe of relativity and probability. The flood of concepts and tools he introduced in the 1950s and 60s awed his peers.

Then, in 1970, in what he later called his “great turning point”, Grothendieck quit. Resigning from France’s elite Institut des Hautes Études Scientifiques (IHES) – in protest at funding it received from the ministry of defence – put an end to his high-level mathematics career. He occupied a few minor teaching posts until 1991, when he left his home underneath Provence’s Mont Ventoux and disappeared. No one – friends, family, colleagues, the intimates who knew him as “Shurik” (his childhood nickname, the Russian diminutive for Alexander) – knew where he was.

Grothendieck’s capacity for abstract thought is legendary: he rarely made use of specific equations to grasp at mathematical truths, instead intuiting the broader conceptual structure around them to make them surrender their solutions all at once. He compared the two approaches to using a hammer to crack a walnut, versus soaking it patiently in water until it opens naturally. “He was above all a thinker and a writer, who decided to apply his genius mostly to mathematics,” says Olivia Caramello, a 39-year-old Italian mathematician who is the leading proponent of his work today. “His approach to mathematics was that of a philosopher, in the sense that the way in which one would prove results was more important to him than the results themselves.”

In Lasserre, he lived in near-complete solitude, with no television, radio, phone or internet. A handful of acolytes trekked up to the village once his whereabouts filtered out; he politely refused to receive most of them. When he did exchange words, he sometimes mentioned his true friends: the plants. Wood, he believed, was conscious. He told Michel Camilleri, a local bookbinder who helped compile his writings, that his kitchen table “knows more about you, your past, your present and your future than you will ever know”. But these wild preoccupations took him to dark places: he told one visitor that there were entities inside his house that might harm him.

Grothendieck’s genius defied his attempts at erasing his own renown. He lurks in the background of one of Cormac McCarthy’s final novels, Stella Maris, as an eminence grise who leads on its psychically disturbed mathematician protagonist. The long-awaited publication in 2022 of Grothendieck’s exhaustive memoir, Harvests and Sowings, renewed interest in his work. And there is growing academic and corporate attention to how Grothendieckian concepts could be practically applied for technological ends. Chinese telecoms giant Huawei believes his esoteric concept of the topos could be key to building the next generation of AI, and has hired Fields medal-winner Laurent Lafforgue to explore this subject. But Grothendieck’s motivations were not worldly ones, as his former colleague Pierre Cartier understood. “Even in his mathematical milieu, he wasn’t quite a member of the family,” writes Cartier. “He pursued a kind of monologue, or rather a dialogue with mathematics and God, which to him were one and the same.”

Beyond his mathematics was the unknown. Were his final writings, an avalanche of 70,000 pages in an often near-illegible hand, the aimless scribblings of a madman? Or had the anchorite of Lasserre made one last thrust into the secret architecture of the universe? And what would this outsider – who had spurned the scientific establishment and modern society – make of the idea of tech titans sizing up his intellectual property for exploitation?

* * *

In a famous passage from Harvests and Sowings, Grothendieck writes that most mathematicians work within a preconceived framework: “They are like the inheritors of a large and beautiful house all ready-built, with its living rooms and kitchens and workshops, and its kitchen utensils and tools for all and sundry, with which there is indeed everything to cook and tinker.” But he is part of a rarer breed: the builders, “whose instinctive vocation and joy is to construct new houses”.

Now his son, Matthieu Grothendieck, is working out what to do with his father’s home. Lasserre lies on the top of a hill 22 miles (35km) north of the Spanish border, in the remote Ariège département, a haven for marginals, drifters and utopians. I first walk up there one piercingly cold January morning in 2023, mists cloaking forests of oak and beech, red kites surveying the fields in between. Grothendieck’s home – the only two-storey house in Lasserre – is at the village’s southern extremity. Hanging above the road beyond are the snow-covered Pyrenees: a promise of a higher reality.

Matthieu answers the door wearing a dressing gown, with the sheepish air of a man emerging from hibernation. The 57-year-old has deeply creased features and a strong prow of a nose. Inheriting the house where his father experienced such mental ordeals weighs on him. “This place has a history that’s bigger than me,” he says, his voice softened by smoking. “And as I haven’t got the means to knock it into shape, I feel bad about that. I feel as if I’m still living in my father’s house.”

A former ceramicist, he is now a part-time musician. In the kitchen, a long, framed scroll of Chinese script stands on a sideboard, next to one photograph of a Buddha sculpture and two of his mother, Mireille Dufour, whom Grothendieck left in 1970. (Matthieu is her youngest child; he has a sister, Johanna, and brother, Alexandre. Grothendieck also had two other sons, Serge and John, with two other women.) Above Matthieu’s bed is a garish portrait of his paternal grandfather, Alexander Schapiro, a Ukrainian Jewish anarchist who lost an arm escaping a tsarist prison, and later fought in the Spanish civil war.

Even with all his wisdom and the depth of his insight, there was always a sense of excessiveness about my father. He always had to put himself in danger

Schapiro and his partner, the German writer Johanna Grothendieck, left the five-year-old Grothendieck in foster care in Hamburg when they fled Nazi Germany in 1933 to fight for the socialist cause in Europe. He was reunited with his mother in 1939, and lived the remainder of the war in a French internment camp or in hiding. But his Jewish father, interned separately, was sent to Auschwitz and murdered on arrival in 1942. It was this legacy of abandonment, poverty and violence that drove the mathematician and finally overwhelmed him, Matthieu suggests: “Artists and geniuses are making up for flaws and traumas. The wound that made Shurik a genius caught up with him at the end of his life.”

Matthieu leads me into the huge, broken-down barn behind the house. Heaped on the bare-earth floor is a mound of glass flasks encased in wicker baskets: inside them are what remains of the mathematician’s plant infusions, requiring thousands of litres of alcohol. Far removed from conventional mathematics, Grothendieck’s final studies were fixated on the problem of why evil exists in the world. His last recorded writing was a notebook logging the names of the deportees in his father’s convoy in August 1942. Matthieu believes his father’s plant distillations were linked with this attempt to explain the workings of evil: a form of alchemy through which he was attempting to isolate different species’ properties of resilience to adversity and aggression. “It’s hard to understand,” says Matthieu. “All I know is that they weren’t for drinking.”

Later, Matthieu agrees to let me look at his father’s Lasserre writings – a cache of esoterica scanned on to hard disk by his daughter. At the start of 2023, the family were still negotiating their entry into the French national library; the writings have now been accepted and at some point will be publicly available for research. Serious scholarship is needed to decide their worth on mathematical, philosophical and literary levels. I’m definitely not qualified on the first count.

I open a first page at random. The writing is spidery; there are occasional multicoloured topological diagrams, namechecks of past thinkers, often physicists – Maxwell, Planck, Einstein – and recurrent references to Satan and “this cursed world”. His children are struggling to fathom this prodigious output, too. “It’s mystic but also down to earth. He talks about life with a form of moralism. It’s completely out of fashion,” says Matthieu. “But in my opinion there are pearls in there. He was the king of formulating things.”

After a couple of hours’ reading, head spinning, I feel the abyss staring into me. So imagine what it was like for Grothendieck. According to Matthieu, a friend once asked his father what his greatest desire was. The mathematician replied: “That this infernal circle of thought finally ceases.”

* * *

The colossal folds of Mont Ventoux’s southern flank are mottled with April cloud shadow as cyclists skirt the mountain. In the Vaucluse département of Provence, this is the terrain where Alexander Grothendieck took his first steps into mysticism. Now, another of his sons, Alexandre, lives in the area. I wander up a bumpy track to see the 62-year-old ambling out of oak woods, smiling, to meet me. Wearing a moth-eaten jumper, dark slacks and slippers, Alexandre is slighter than his brother, with wind-chafed cheeks.

He leads me into the giant hangar where he lives. It is piled with amps and instruments; at the back is a workshop where he makes kalimbas, a kind of African thumb piano. In 1980, his father moved a few kilometres to the west, to a house outside the village of Mormoiron. In the subsequent years, Grothendieck’s thoughts turned inwards towards bewildering spiritual vistas. “Even with all his wisdom and the depth of his insight, there was always a sense of excessiveness about my father,” says Alexandre. “He always had to put himself in danger. He searched for it.”

Grothendieck had abandoned the commune he had been part of since 1973 in a village north of Montpellier, where he still taught at the university. From 1970 onwards, he had been one of France’s first radical ecologists and became increasingly preoccupied with meditation. In 1979, he spent a year dwelling intensely on his parents’ letters, a reflection that stripped away any lingering romanticism about them. “The myth of their great love fell flat for Shurik – it was a pure illusion,” says Johanna Grothendieck, who bears her grandmother’s name. “And he was able to decrypt all the traumatic elements of his childhood. He realised he had been quite simply abandoned by his own mother.”

This preoccupation with the past intensified into the mid-1980s, as Grothendieck worked on the manuscript for Harvests and Sowings. A reflection on his mathematical career, it was filled with stunning aphoristic insights, like the house metaphor. But, choked with David Foster Wallace-like footnotes, it was relentless and overwhelming, too – and steeped in a sense of betrayal by his former colleagues. In the wake of his revelations about his parents, this feeling became a kind of governing principle. “It was a systematic thing with our papa – to put someone on a pedestal, in order to see their flaws. Then – bam! – they went down in flames,” says Alexandre.

Although he still produced some mathematical work during this period, Grothendieck delved further into mysticism. He looked to his dreams as a conduit to the divine; he believed they were not products of his own psyche, but messages sent to him by an entity he called the Dreamer. This being was synonymous with God; as he conceived it, a kind of cosmic mother. “Like a maternal breast, the ‘grand dream’ offers us a thick and savorous milk, good to nourish and invigorate the soul,” he later wrote in The Key of Dreams, a treatise on the subject. Pierre Deligne, the brilliant pupil he accused in Harvests and Sowings of betraying him, felt his old master had lost his way. “This was not the Grothendieck I admired,” he says, on the phone from Princeton’s Institute for Advanced Study.

He became totally isolated. He was no longer in contact with nature. He had cut ties with everyone

By summer 1989, the prophetic dreams had intensified into daily audiences, “absorbing almost all of my time and energy”, with an angel Grothendieck called either Flora or Lucifera, depending on whether she manifested as benevolent or tormenting. She tutored him in a new cosmology, central to which was the question of suffering and evil in God’s greater scheme. He believed, for example, that the speed of light being close to, but not precisely, 300,000km a second, was evidence of Satan’s interference. “He was in a form of mystic delirium,” says another former pupil, Jean Malgoire, now a professor at Montpellier University. “Which is also a form of mental illness. It would have been good if he could have been seen by a psychiatrist at that point.”

In real life, he had become forbidding and remote. Matthieu spent two months in Mormoiron working on the house; during that time, his father invited him in only once. His son blew his top: “He’d lost interest in others. I could no longer feel any authentic or sincere empathy.” But Grothendieck was still interested in people’s souls. On 26 January 1990, he sent 250 of his acquaintances – including his children – a messianic, seven-page typed epistle, entitled Letter of the Good News. He announced a date – 14 October 1996 – for the “Day of Liberation” when evil on Earth would cease, and said they had been chosen to help usher in the new era. It was “a kind of remake of the most limited aspects of Christianity”, says Johanna.

Then in June 1990, as if to firm up his spiritual commitment, Grothendieck fasted for 45 days (he wanted to beat Christ’s 40), cooling himself in the heat of summer in a wine barrel filled with water. As he watched his father shrivel to an emaciated frame reminiscent of the Nazi concentration camp prisoners, Alexandre realised he may have been emulating someone else: “In some way, he was rejoining his father.”

Grothendieck almost died. He only relented when persuaded to resume eating by Johanna’s partner. She believes the fast damaged her father’s brain on a cellular level in a way impossible for a 62-year-old to recover from, further loosening his grip on rationality. Shortly afterwards, he summoned Malgoire to Mormoiron to collect 28,000 pages of mathematical writings (now available online). He showed his student an oil drum full of ashes: the remains of a huge raft of personal papers, including his parents’ letters, he had burned. The past was immaterial, and now Grothendieck could only look ahead. One year later, without warning, he moved away from his house on a trajectory known only to him.

* * *

A circular slab of black pitted sandstone, fashioned by Johanna and now smothered in wild roses, marks Grothendieck’s resting place in Lasserre churchyard. It’s almost hidden behind a telegraph post. The mathematician was alone when he died in hospital; after several weeks in their company, he had spurned his children again, only accepting care from intermediaries.

The presence of his family seemed to stir up unbearable feelings. In his writings, he evaluates the people in his life for how much they are under the sway of Satan. But, as Alexandre points out, this was also a projection of his own seething unconscious: “He didn’t like what he saw in the mirror we held out to him.”

They only discovered his whereabouts in Lasserre by accident: one day in the late 90s Alexandre signed up for car insurance, and the company said they already had an address for an Alexander Grothendieck on file. Deciding to make contact, Alexandre spotted his father across the marketplace in the town of St-Girons, south of Lasserre. “Suddenly, he sees me,” says Alexandre. “He’s got a big smile, he’s super-happy. So I said to him: ‘Let me take your basket.’ And all of a sudden, he has a thought that he shouldn’t have anything to do with me, and his smile turns the other way. It lasted a minute and a half. A total cold shower.” He didn’t see his father again until the year he died.

At least until the early 00s, Grothendieck worked at a ferocious pace, often writing up the day’s “meditation” at the kitchen table in the dead of night. “He became totally isolated. He was no longer in contact with nature. He had cut ties with everyone,” says Johanna.

He vacillated about the date of the Day of Liberation, when evil on Earth would cease. Recalculating it as late August or early September 1996 instead of the original October date, he was crestfallen at the lack of celestial trumpets. Mathematicians Leila Schneps and Pierre Lochak, who had tracked him down a year earlier, visited him the day afterwards. “We delicately said: ‘Perhaps it’s started and people’s hearts are opening.’ But obviously he believed what we believed, which was that nothing had happened,” Schneps says.

Experiencing an “uncontrollable antipathy” to his work, that he attributed to malign forces but sounds a lot like depression, he wrote in early 1997: “The most abominable thing in the fate of victims is that Satan is master of their thoughts and feelings.” He contemplated suicide for several days, but resolved to continue living as a self-declared victim.

The house was weighing on him. In 2000, he offered it to his bookbinder, Michel Camilleri, for free, deeming him the perfect candidate because he was “good with materials”. The sole condition was that Camilleri look after his plant friends. When Camilleri refused, he was outraged – seeing the hand of Satan once more. A year later, the building was nearly destroyed when his unswept stove chimney caught fire. Some witnesses say Grothendieck tried to prevent the firefighters from accessing his property (Matthieu doesn’t believe this).

The curate at Lasserre church, David Naït Saadi, wrote Grothendieck a letter in around 2005, attempting to bring the hermit into the community. But Grothendieck fired back a missive full of biblical references, saying Saadi had a “viper’s tongue” and that he should nail his reply to the church noticeboard.

By the mid-00s, his writing was petering out. The endpoint of his late meditations, according to Matthieu, is a chronicle in which his father painstakingly records everything he is doing, as if the minutiae of his own life are imbued with immanence. Matthieu finds these writings so painful to read that he kept them back from the national library donation. Grothendieck was lost in the rooms and corridors of his own mind.

* * *

In mid-April, dapper Parisians are filing out of the polished foyer of a redeveloped hotel in the seventh arrondissement, heading for lunch. The first French TV programmes were broadcast from the building; now, Huawei is pushing for a similar leap in AI here. It has set up the Centre-Lagrange, an advanced mathematics research institute, on the site and hired elite French mathematicians, including Laurent Lafforgue, to work there. An aura of secrecy surrounds their work in this ultra-competitive field, compounded by growing suspicion in the west of Chinese tech. Huawei initially refuse to answer any questions, before permitting some answers to be emailed.

Grothendieck’s notion of the toposdeveloped by him in the 1960s, is of particular interest to Huawei. Of his fully realised concepts, toposes were his furthest step in his quest to identify the deeper algebraic values at the heart of mathematical space, and in doing so generate a geometry without fixed points. He described toposes as a “vast and calm river” from which fundamental mathematical truths could be sifted. Olivia Caramello views them rather as “bridges” capable of facilitating the transfer of information between different domains. Now, Lafforgue confirms via email, Huawei is exploring the application of toposes in a number of domains, including telecoms and AI.

Caramello describes toposes as a mathematical incarnation of the idea of vision; an integration of all the possible points of view on a given mathematical situation that reveals its most essential features. Applied to AI, toposes could allow computers to move beyond the data associated with, say, an apple; the geometric coordinates of how it appears in images, for example, or tagging metadata. Then AI could begin to identify objects more like we do – through a deeper “semantic” understanding of what an apple is. But practical application to create the next generation of “thinking” AI is, according to Lafforgue, some way off.

A larger question is whether this is what Grothendieck would have wanted. In 1972, during his ecologist phase, concerned that capitalist society was driving humanity towards ruin, he gave a talk at Cern, near Geneva, entitled Can We Continue Scientific Research? He didn’t know about AI – but he was already opposed to this collusion between science and corporate industry. Considering his pacifist values, he would probably also have been opposed to Huawei’s championing of his work; its chief executive, Ren Zhengfei, is a former member of the People’s Liberation Army engineering corps. The US department of defense, as well as some independent researchers, believes Huawei is controlled by the Chinese military.

Huawei insists it is a private company, owned by its employees and its founding chairman, Ren Zhengfei, and that it is “not owned, controlled or affiliated to any government or third-party company”.

We are at the very beginning of a huge exploration of these manuscripts. And certainly there will be marvels in them

Lafforgue points out that France’s IHES, where Grothendieck and later he worked, was funded by industrial companies – and thinks Huawei’s interest is legitimate. Caramello, who is the founder and president of the Grothendieck Institute research organisation, believes that he would have wanted a systematic exploration of his concepts to bring them to fruition. “Topos theory is itself a kind of machine that can extend our imagination,” she says. “So you see Grothendieck was not against the use of machines. He was against blind machines, or brute force.” What is unsettling is a degree of opaqueness about Huawei’s aims regarding AI and its collaborations, including its relationship with the Grothendieck Institute, where Lafforgue sits on the scientific council. But Caramello stresses that it is an entirely independent body that engages in theoretical, not applied research, and that makes its findings available to all. She says it does not research AI and that Lafforgue’s involvement pertains solely to his expertise in Grothendieckian maths.

Matthieu Grothendieck is clear about whether his father would have consented to Huawei, or any other corporation, exploiting his work: “No. I don’t even ask. I know.” There is little doubt that the mathematician believed modern science had become morally stunted, and the Lasserre papers attempted to reconcile it with metaphysics and moral philosophy. Compared with Grothendieck’s delirious 1980s mysticism, there is structure and intent here. They begin with just under 5,000 pages devoted to the Schematic Elemental Geometry and Structure of the Psyche. According to the mathematician Georges Maltsiniotis, who has examined this portion, these sections contain maths in “due and proper form”. Then Grothendieck gets going on the Problem of Evil, which sprawls over 14,000 pages undertaken during much of the 1990s.

Judging by the 200 or so pages I attempt to decipher, Grothendieck put herculean effort into his new cosmology. He seems to be trying to fathom the workings of evil at the level of matter and energy. He squabbles with Einstein, James Clerk Maxwell and Darwin, especially about the role of chance in what he viewed as a divinely created universe. There are numerological musings about the significance of the lunar and solar cycles, the nine-month term of a pregnancy. He renames the months in a new calendar: January becomes Roma, August becomes Songha.

How much of this work is meaningful and how much empty mania? For Pierre Deligne, Grothendieck became fatally unmoored in his solitude. He says that he has little interest in reading the Lasserre writings “because he had little contact with other mathematicians. He was restricted to his own ideas, rather than using those of others too.” But it’s not so clear-cut for others, including Caramello. In her eyes, this fusion of mathematics and metaphysics is true to his boundary-spanning mind and could yield unexpected insights: she points out his use of the mathematics of vibration to explain psychological phenomena in Structure of the Psyche. “We are at the very beginning of a huge exploration of these manuscripts. And certainly there will be marvels in them,” she says.

Grothendieck remained hounded by evil until the end. Perhaps, shattered by his traumas, he couldn’t allow himself to forgive, and to conceive of the world in a kinder light. But his children, despite the long estrangement, aren’t the same. Matthieu rejects the idea that his father repeated the abandonment he suffered as a child on them: “We were adults, so it’s nothing compared to what he went through. He did a lot better than his parents.”

The shunning of his children wounded Johanna, but she understands that something was fundamentally broken in her father. “In his mind, I don’t think he left us. We existed in a parallel reality for him. The fact that he burned his parents’ letters was extremely revealing: he had no feeling of existing in the family chain of generations.” What’s striking is the trio’s lack of judgment about their father and their openness to discussing his ordeals. “We accept it,” says Alexandre. “It was the trial he wanted to inflict on himself – and he inflicted it on himself most of all.”

 Scientists discover simple charging trick that can dramatically improve battery lifespan


Andrew Griffin
Sat 31 August 2024 

(AFP via Getty Images)


Scientists have found a simple trick that could dramatically change how our batteries perform.

A lithium-ion battery, of the kind used in everything from our phones to our cars, is usually charged up soon after it is first made. That first charge is key: it decides how long the battery will work for, and when it will eventually deteroriate.

Now researchers have found that if that first charge is done with unusually high currents, it dramatically changes how those batteries perform.

When that happened, the batteries’ lifespan was improved by 50 per cent and the initial charge took just 20 minutes, compared with 10 hours usually.

The researchers were also able to find the changes in the electrodes of the battery that make that huge boost in lifespan and performance possible.

“This study is very exciting for us,” said Steven Torrisi, from the Toyota Research Institute, who worked on the research.

“Battery manufacturing is extremely capital, energy and time intensive. It takes a long time to spin up manufacturing of a new battery, and it’s really difficult to optimize the manufacturing process because there are so many factors involved.”

When batteries are charged, lithium ions flow to the negative electrode of the battery; when it is used, they go back out and the positive electrode. That process is key to both using and charging the lithium-ion batteries that power so much of our technology today.

A fresh battery will have its positive electrode entirely full of lithium. But over time, some of that lithium is deactivated, which is what accounts for the gradually degraded performance of such batteries that means they often need to be replaced.

Researchers found that deliberately losing some supply of lithium at the start actually helped it keep more of it in the future, however. That lithium makes a special layer that forms on the negative electrode and then protects it from degrading over time.

Researchers compared it to emptying a bucket slightly before carrying it. While that means losing some water initially, the remaining water would be less likely to splash out of the bucket later on, preserving the remaining water.

The research is described in a new paper, ‘Data-driven analysis of battery formation reveals the role of electrode utilization in extending cycle life’, published in Joule.

Opinion - Why is Apple promoting Chinese spyware apps?

Joel Thayer, opinion contributor
Fri 30 August 202 



China’s espionage campaign has infiltrated our communications networks via their telecom companies, like Huawei and ZTE, and by selling us cheap routers with noted-yet-unfixed vulnerabilities. But there is nothing more pervasive than how China weaponizes our mobile devices via apps.

TikTok is the obvious example. A nearly unanimous Congress heeded the warnings of the Director of National Intelligence and others to require TikTok to cut its financial ties with its parent company (and known-Chinese government corporate affiliate) ByteDance. The Department of Justice has sued the company for blatantly violating federal privacy laws, and states are investigating numerous other privacy violations. Yet Apple continues to promote the app, listing it as “essential” with an “editor’s choice” award.

And TikTok is just the tip of the iceberg. Hundreds of apps on Apple’s App Store openly admit to providing sensitive data to China. Some even use Apple’s ARKit, which enables apps to detect more than 50 unique facial expressions and project 30,000 infrared dots to create a 3D map of a user’s face, while allowing the app to retain the data.

China-based AI company Meitu’s BeautyCam-AI Photo Editor uses the ARKit to extract “facial mapping information.” The app enjoyed 2 million downloads last month. Another China-based app called ProKnockOut-Cut Paste Photos uses Apple’s ARKit and reveals that the “information will be stored in China” in its privacy policy.

Some of these apps admit to sending health data to China from Apple’s HealthKit, which allows apps to collect more than 100 different data points across numerous categories. China-based wellness app Wearfit Pro claims to access data from Apple’s HealthKit and openly discloses that the “data will be stored in the territory of the People’s Republic of China.” The app’s privacy policy states that it collects users’ “sleep, heart rate, blood oxygen, blood pressure, blood sugar, body temperature, weight, body age, heart rate and other data.”

Other apps don’t even try to hide the China connection. The “beautification” app Mico – Aesthetic Screen Maker’s privacy policy is written in Chinese. When you translate it, it reads, “We will store your information collected and generated during domestic operation in the territory of the People’s Republic of China,” and it also states that its governing laws are “the laws of the People’s Republic of China.”

Every one of these apps — and dozens if not hundreds more — fall under China’s national security laws, which force the tech companies to disclose all this U.S.-based data directly to the Chinese government.

For instance, China’s 2015 National Security Law compels locally employed Chinese nationals of American companies to assist in investigations that may expose operating elements of American companies or citizens. China’s 2021 Cyber Vulnerability Reporting Law requires China-based companies to report security flaws to the Chinese government so they can “exploit system flaws before cyber vulnerabilities are publicly known.” Article 7 of China’s National Intelligence Law of 2017 creates “a legal obligation for those entities to turn over data collected abroad and domestically to the” Chinese government.

These laws effectively turn Apple-approved, China-based apps into spyware for the Chinese government.

Apple must fix this problem. The company touts its App Store as “a safe and trusted marketplace for [its] users.” And it boasts about rejecting 375,000 app submissions for “privacy violations.” With these Chinese apps in the marketplace, how can Apple plausibly claim it’s protecting American consumers?

Apple allows users to easily find these apps, with some even in the top 100 within their app category. Apple is not just distributing these apps but promoting them. This fact alone shows that Apple’s safety and privacy claims are hollow and disingenuous.

So why does Apple keep promoting Chinese spyware? Money. Apple’s cut of App Store sales gives it a reason to ignore privacy and security issues for high-revenue apps.

American tech companies don’t want to offend China because the country is tied to their bottom lines. Apple CEO Tim Cook described China as “critical” to Apple’s supply chain and has pledged to increase investment and expand research and development facilities in the region. Couple that with Apple’s multi-billion dollar deal with the Chinese government requiring it to “store customer data on Chinese servers and to aggressively censor apps” and you have the makings of a national security disaster.

TikTok was only the beginning. It’s time to bring more accountability to Apple’s App Store to thwart the clear threat that Chinese spyware presents to the nation.

Joel Thayer is president of the Digital Progress Institute and a tech and telecom lawyer in Washington.

Copyright 2024 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.

 

A rare look at the lousy life aboard China's 'Dragon Palace' submarines

  • A new report offers a rare look at the conditions in China's growing submarine fleet.

  • It found the crews suffer from excessive noise, poor lighting and bad air quality.

  • The question is whether these problems undermine the effectiveness of China's subs.

Chinese sailors have an ironic name for duty aboard submarines: "Dragon Palace." But there is nothing fantastic — or even healthy — about the conditions in China's large submarine force, a new report has found.

Chinese "submariners have long jokingly referred to their boats as the 'dragon palace' in reference to the palace of the dragon king at the bottom of the Eastern Sea in Chinese mythology," explained a new report by the US Naval War College's China Maritime Studies Institute.

In Chinese mythology, Ao Guang is the king of all sea dragons, ruling over them from his underwater crystal palace. But life aboard People's Liberation Army Navy (PLAN) submarines is far from palatial, the CMSI report found, offering a rare look at submarine life that is obscured by the Chinese military's secrecy and the regime's widespread censorship and intimidation. It found the crews suffer from excessive noise, poor lighting and bad air quality. The canned foods often served are so tasteless some sailors develop eating disorders.

"Work aboard PLAN submarines can cost personnel their health," said the CMSI report. For example, various surveys over the last two decades found numerous maladies, including mouth ulcers and back pain. "In 2018, researchers from several PLAN institutes and hospitals conducting surveys at a submarine base found that submariners as a profession were prone to lower back pain due to restrictive workspaces, long hours in fixed or contorted positions, and the constant vibration to which they are subjected. Results showed a 33.81%occurrence of lower back pain in commissioned officers and enlisted personnel."

Crews suffer psychological effects from the constant noise and low air quality they're subjected to underway. "Crew members working and living in a submarine's poor microclimate are prone to boredom, fatigue, lethargy, and discomfort, which impacts their psychological state, cognitive abilities, and emotional well-being," the report said. "These problems are further exacerbated by harmful gases, magnetic fields, noise, vibrations, and many other barriers to restful sleep and comfort."

Noise levels aboard Chinese have been measured as high as 90 to 130 decibels, which exceeds even the Chinese military's threshold of 85 to 100 decibels. Sub crews have also reported eyesight problems that stem from the poor quality lighting. "Analysis attributed this to poor lighting causing visual strain and close quarters, causing a problem in the ciliary muscles that regulate changes in eye lens curvature," CMSI said. "Crews requested more lighting in compartments and lighting modes that could provide an indication of day or night."

Meanwhile, medical care during long-duration voyages is lacking due to poorly trained caregivers and unkept medical equipment, the report found.


The report found instances that the cuisine on Chinese submarines was so bad it's led to eating disorders.Photo by Artyom Ivanov\TASS via Getty Images


That may be why China's sub force recently turned to traditional Chinese medicine, already used by other branches of the Chinese military. "Until recently, Chinese traditional medicine was not present on board PLAN submarines, since there were no designated positions to administer it," said CMSI.

Sailors in most navies grumble about food. Even US Navy subs, which reputedly have better chow than other ships, have their share of grousing about penal-quality meals. Providing appetizing food for months at a time is a challenge on Chinese subs, whose crews vary from around 60 on a diesel-powered attack boat to around 120 on a ballistic missile submarine.

Though some recent photos suggest an appealing menu, Chinese submarine cuisine still appears to be lacking. "Since submarines prohibit open flame cooking, canned food appears to have been the staple for many years on long-distance deployments," said CMSI. After "the poor taste of canned food eventually drove some sailors to become anorexic," more fresh and frozen food was served. But when "the fresh food runs out or electricity conservation is enacted, submarine crews reportedly begin eating standard field rations, such as the navy's KT-07 nutritional supplement rations. To make up for these conditions, submariners can usually expect a feast to welcome them when returning to shore."

Ultimately, the question is whether these problems undermine the effectiveness of China's 61 submarines. Though most are conventional rather than nuclear-powered, they could be among Beijing's most effective weapons if China were to invade Taiwan.

"Many of the hallmarks of a professional submarine force culture are present aboard PLAN submarines, especially surrounding secrecy, safety, and expertise," CMSI concluded. "Whether it is procedures for equipment maintenance or nuclear reactor safety, the force appears to demonstrate a high level of professionalism and a desire to uphold the highest standards across the fleet."

Chinese submariners have their own "dragon palace culture." This includes activities such as arm wrestling and ping pong contests, as well as other morale-boosters such as shipboard newsletters and poetry readings.

And what submarine force would be complete without its special rituals (that often baffle landlubbers). For example, a ceremony to honor those doing their first long-duration deployments happens when the submarine reaches maximum dive depth, the report said. "Recognized personnel will kiss a buttered hammer and drink seawater drawn from the depths, which is kept within a vial."

Michael Peck is a defense writer whose work has appeared in Forbes, Defense News, Foreign Policy magazine, and other publications. He holds an MA in political science from Rutgers Univ. Follow him on Twitter and LinkedIn.

Scientists Discover Ancient Viruses Frozen in Glacier

Noor Al-Sibai
Sun 1 September 2024




On Ice

While analyzing core samples from an ancient Tibetan glacier, scientists found remnants of more than 1,700 viruses, most of which had never been seen before.

As Ohio State University explained in a press release about the new findings from Tibet's massive Guliya Glacier — which was also the source of another trove of frozen viruses in 2021 — these newly-discovered dormant viral species seem to provide evidence linking climate change and viruses.

Extracted from a 1,000-foot ice core extracted from the giant Tibetan ice cap, these dormant viruses offer what the school calls "pristine snapshots" of the last 41,000 years as the glacier and the world around it have warmed and cooled.

"Before this work, how viruses linked to large-scale changes in Earth’s climate had remained largely uninvestigated," remarked ZhiPing Zhong, an OSU research associate who led the new study on the viruses, published this week in the journal Nature Geosciences. "Glacial ice is so precious, and we often don’t have the large amounts of material required for virus and microbe research."

Many Such Cases

While this is far from the first time scientists have uncovered ancient viruses from glacial samples, the findings from Tibet's sprawling Guliya Glacier represent, as Yale said in its own statment about the research, a fiftyfold increase in their numbers.

Of the more than 1,700 viral species discovered in this latest Guliya core sample, about three quarters are brand new. The other quarter had genetic signatures that overlapped with known organisms from other parts of the world.

"That means some of them were potentially transported from areas like the Middle East or even the Arctic," Zhong explained.

Of the viruses found in the Guliya sample, the most distinct "viral community," as the scientists are calling it, dates back about 11,500 years. As the school notes, that era saw the world's climate shift from the Last Glacial Stage to the warmer Holocene epoch in which we currently live.

Though the researchers can't say for certain, this trove of newly-discovered ancient viruses seem to indicate that the microbial species reacted to climate change, or as the study lead put it, "indicates the potential connection between viruses and climate change."

The researchers also insisted in their paper that these new viruses pose no risk to humans — but as another study from 2023 suggested, those contained within other ice structures could become dangerous as climate change continues to thaw them out.


Scientists explore impact of offshore wind farms on seabed


Sam Russell, PA
Sat 31 August 2024 

Scientists have collected samples from the seabed at one of the UK’s oldest active offshore wind farms.

The project, led by the University of Essex, will explore the environmental impact of the turbines on the seabed amid plans to build thousands more to reach net zero by 2050.

The samples, taken from as close as 50m to the turbines and as far as one mile away, are now being analysed, with findings to follow.

Researchers chartered a private survey vessel to carry out their expedition to the site off the coast of Cumbria.


Researchers took samples from the seabed (University of Essex/PA)

The active wind farm, which has been operational for more than 15 years and is one of the oldest offshore sites in the UK, is run by Danish energy firm Orsted.

Dr Natalie Hicks, of the University of Essex’s school of life sciences, said the research was “hugely important”.

“There are not enough specialist scientific vessels to gather the evidence in time, so collaborating with industry is key to gathering data,” she said.

“We know our demand for net zero energy targets means we have seen an increase in offshore wind farms, so understanding any environmental effects of these wind farms is urgent.

“We hope this research will feed directly into policy decision-making around offshore wind consenting.

“We know we are going to see an increase in offshore wind, so timely and evidence-based decisions are going to need to be made by policymakers.


The project will explore the environmental impact of the turbines on the seabed (Dr Philippe Laissue/University of Essex/PA)

“This science will hopefully underpin their decision-making, and impact on Government policy.”

The team took samples from the sea floor and hope to discover how the turbines may affect biodiversity, carbon storage and seabed composition.

Research is being carried out with Orsted, the University of St Andrews and the Government’s marine experts, the Centre of Environment Fisheries and Aquaculture Science (CEFAS).

A CEFAS spokesman said it was “critical to scientifically understand offshore structures and their effects and impacts on the environment”.

“Too often we make assumptions about what is occurring in our marine environment when considering human activities, we need the type of research activity highlighted here to determine whether our assumptions are correct and to provide more confidence in our understanding,” the spokesman said.

“Such improved confidence is a vital element of the integrated scientific understanding needed for informed decision-making towards ensuring the long-term future of our marine environment.”


The team hope to discover how the turbines may affect biodiversity, carbon storage and seabed composition (University of Essex/PA)

Marine scientists will also compare the effects of decommissioned oil platforms to get a snapshot of how fossil fuel and renewable energy assets vary in their impacts.

Professor David Paterson, of the University of St Andrews, said: “It’s important we take learnings from the oil and gas industry on the environmental effects of oil and gas operations and decommissioning and effectively apply these to the offshore wind industry as projects mature towards later life phases.”

A spokesman for Orsted said: “Developing renewable energy in harmony with nature is both possible and necessary to address the twin challenges of climate change and biodiversity loss.

“Through collaboration with academic bodies and other stakeholders, our aim is to help develop wider scientific understanding of the potential ecological benefits and impacts of developing critical green energy projects.

“By taking a science-led approach, we can ensure that renewable energy, such as offshore wind, continues to be deployed sensitively and sustainably.”

SPACE

‘She was right and they were wrong’: the female astronomers hidden by science’s male elite

Robin McKie
Sun 1 September 2024 


Cecilia Payne Gaposchkin showed stars were primarily made of hydrogen and helium.Photograph: Astronomical Society of the Pacific, courtesy AIP Emilio Segre Visual Archives


Eighty-five years ago, several dozen eminent astronomers posed for a photograph outside the newly constructed McDonald Observatory near Fort Davis in Texas. All were men – with one exception. Half-concealed by a man in front of her, the face of a solitary woman can just be made out in the grainy black and white image.

This is Cecilia Payne-Gaposchkin, whose impact on our understanding of the cosmos was profound. She showed stars were primarily made of hydrogen and helium, contradicting the scientific orthodoxy of the 1920s, which held that they were made of an array of elements. Her claims were suppressed and her work obscured, like her image on the McDonald Observatory photograph.

“You can see what she was up against from that picture taken in 1939,” said Meg Weston-Smith, a family friend of the Gaposhkins. “Astronomy, like so much else, was a man’s world.”

In the end, the ideas of Payne-Gaposchkin – who was born in Britain and married a Russian scientist, Sergei Gaposchkin – prevailed, though not without considerable opposition from male colleagues, as revealed in a new play, The Lightest Element, by Stella Feehily, opening this week at the Hampstead Theatre.

“Essentially she was up against a men’s club,” says Feehilly. “Astronomers, virtually all of them male, all agreed that the stars and the universe must be made of the same elements as we find on Earth. Being a woman and outside the group, she was free to be more radical in her thinking. She was right and they were wrong. The cosmos is 98% hydrogen and helium.”

Nor was Payne-Gaposchkin alone in being initially disparaged for being a female astronomer and only now being recognised for her brilliance. Annie Maunder and Alice Everett, who in the 19th century were among the first women to earn a living in astronomy, recently had asteroids named after them.

In addition, the biggest camera in the world – to be unveiled in Chile and used to image the entire visible sky every three to four nights beginning next year – has been named the Vera C Rubin Observatory. Rubin, who was American, played a critical role in revealing that our universe appears to be permeated with mysterious, undetectable particles. This is dark matter and it has played a key role in the evolution of the universe.

Like all female students at Cambridge until 1948, Maunder and Everett were not awarded degrees despite passing their examinations with honours; during her education and career, Rubin suffered widespread discrimination. Even after she acquired fame, she was blocked from using the great Palomar Observatory to continue her groundbreaking research because it had no bathrooms for women. Rubin’s “solution” was to tape a piece of paper in the shape of a skirt on top of the men’s symbol on the bathroom door.

“Rubin’s name regularly topped lists of potential Nobel winners, but to the Nobel committee, she was invisible matter,” notes Shohini Ghose, in her book Her Space, Her Time: How Trailblazing women scientists decoded the hidden Universe.

Rubin received some compensation when she was eventually awarded the Gold Medal by the Royal Astronomical Society in 1996. However, the only other woman to receive the award before her was Caroline Herschel – in 1828. As Ghose puts it, the 168-year gap in recognising female astronomers was “a ridiculously long stretch”.

Since the turn of this century, more women have been following careers in astronomy, although the profession still remains predominantly male, says Sue Bowler, journals editor of the Royal Astronomical Society. “‘When you go to meetings about related subjects such as atmospheric physics you find the audience is 50-50 male-female. But at some astronomy meetings, it can be as low as 10% women. I don’t really know why that is.”

Other signs suggest some movement towards recognising female astronomers. In 2020, the American scientist Andrea Ghez became the first female astronomer to win a Nobel prize for physics for her work on the discovery of a supermassive black hole at the centre of our galaxy. Given that only four other women have ever won the physics Nobel, this could scarcely be described as trend-setting.

By contrast, there is a lengthy list of female astronomers who campaigners feel should have won Nobels but were denied them. Examples include Vera Rubin as well as Jocelyn Bell Burnell, who played a key role in identifying the first pulsar stars but who was denied a Nobel, which went instead to her Cambridge colleagues Antony Hewish and Martin Ryle. The decision still causes controversy.

“That was the first Nobel prize ever to be awarded for astronomical observations and Bell Burnell should have got a share, I have no doubt about that,” says Feehily. “Having done my research on this, what surprises me is not that things have changed but how, in so many ways, they have not changed enough.

“In the end, Payne-Gaposchkin prevailed. We now know, thanks to her, that most of the matter in the universe is hydrogen and helium. She was the first person to prove that – though it took a long time before her work was recognised for its remarkable quality. She still had to fight to get her due recognition and it is important to remember the battle she had to endure.”



NASA spacecraft collision may have created a meteor shower that will last for 100 years

Ashley Strickland, CNN
Sat 31 August 2024 


NASA spacecraft collision may have created a meteor shower that will last for 100 years


Sign up for CNN’s Wonder Theory science newsletter. Explore the universe with news on fascinating discoveries, scientific advancements and more

Rocky debris blasted away from the tiny asteroid Dimorphos when NASA’s DART spacecraft intentionally slammed into it in 2022 could create the first human-made meteor shower known as the Dimorphids, new study has found.

The space agency planned the DART, or Double Asteroid Redirection Test, mission to carry out a full-scale assessment of asteroid deflection technology on behalf of planetary defense. NASA wanted to see whether a kinetic impact — such as crashing a spacecraft into an asteroid at 13,645 miles per hour (6.1 kilometers per second) — would be enough to change the motion of a celestial object in space.

Neither Dimorphos or the large parent space rock it orbits, known as Didymos, pose a danger to Earth. Still, the double-asteroid system was a perfect target to test deflection technology because Dimorphos’ size is comparable to asteroids that could threaten our planet.

The last complete image of asteroid moonlet Dimorphos was taken by the DRACO imager on NASA's DART mission at a distance of about 7 miles (12 kilometers) and 2 seconds before impact. - NASA/Johns Hopkins APL

Astronomers have used ground-based telescopes to monitor the impact’s aftermath for nearly two years, and they determined that the DART spacecraft did successfully change the way Dimorphos moves, shifting the moonlet asteroid’s orbital period — or how long it takes to make a single revolution around Didymos — by about 32 to 33 minutes.

But scientists also estimated the intentional collision generated more than 2 million pounds (nearly 1 million kilograms) of rocks and dust — enough to fill about six or seven rail cars. Where exactly in space all of that material will end up has remained an open question.

Now, new research suggests fragments of Dimorphos will arrive in the vicinity of Earth and Mars within one to three decades, with the possibility that some debris could reach the red planet within seven years. Small debris could also reach Earth’s atmosphere within the next 10 years. The Planetary Science Journal has accepted the study for publication.

“This material could produce visible meteors (commonly called shooting stars) as they penetrate the Martian atmosphere,” said lead study author Eloy Peña Asensio, a postdoctoral researcher for the Deep-space Astrodynamics Research and Technology group at Italy’s Polytechnic University of Milan. “Once the first particles reach Mars or Earth, they could continue to arrive intermittently and periodically for at least the next 100 years, which is the duration of our calculations.”
Predicting space debris

The individual pieces are small, ranging from sand grain-type particles to fragments similar in size to smartphones, so none of the debris poses a risk to Earth, Peña Asensio said.

“They would disintegrate in the upper atmosphere through a process known as ablation, caused by friction with the air at hypervelocity,” he said. “There is no possibility of a Dimorphos material reaching Earth’s surface.”

But understanding when the debris could reach Earth is more challenging and depends on estimating the velocity of the fragments.

When the spacecraft crashed into Dimorphos, it wasn’t alone. A small satellite named LICIACube separated from the spacecraft before impact to capture footage of the collision and the debris cloud that formed afterward.

“This crucial data has enabled and continues to enable detailed analysis of the debris produced by the impact,” Peña Asensio said.

The research team used LICIACube data and the supercomputing facilities of the Consortium of University Services of Catalonia to simulate the trajectory of 3 million particles that the impact created. The computer modeling measured different possible pathways and velocities of the particles across the solar system as well as how radiation released by the sun might affect the motion of the particles.

LICIACube shows plumes of debris streaming from the Dimorphos asteroid after NASA's Double Asteroid Redirect Test made impact with it on September 26, 2022. - ASI/NASA/APL

Previous research ahead of the impact had suggested the possibility of Dimorphos’ particles reaching Earth or Mars, Peña Asensio said, but for the new study, the team restricted the simulations to align with post-impact data from LICIACube.

The study’s results confirm that if the debris were ejected from Dimorphos at speeds of 1,118 miles per hour (500 meters per second), some fragments could reach Mars, while other, smaller and faster-moving debris traveling at 3,579 miles per hour (1,600 meters per second) has the potential to reach Earth.

The team said uncertainties remain regarding the nature of the debris but concluded the fastest-moving particles could reach Earth in less than 10 years.

The study authors consider the possibility of the Dimorphids meteor shower reaching Earth unlikely, but they can’t rule it out, Peña Asensio said. And if it did occur, it would be a small, faint meteor shower.

“The resulting meteor shower would be easily identifiable on Earth, as it would not coincide with any known meteor showers,” he said by email. “These meteors would be slow-moving, with peak activity expected in May, and primarily visible from the southern hemisphere, seemingly originating from near the Indus constellation.”

And while the researchers didn’t explore this possibility in their paper, their investigation suggested Dimorphos’ debris could reach other, nearby asteroids.
A visit to the aftermath

Ejected debris was expected from the impact, but the possibility of material reaching Earth or Mars could only be calculated after the collision, said study coauthor Michael Küppers, planetary scientist at the European Space Astronomy Centre.

“Personally, initially I was surprised to see that, although the impact happened close to Earth (at about an 11-million-kilometer distance), it is easier for the impact ejecta (debris) to reach Mars than to reach Earth,” Küppers said by email. “I believe the reason is that Didymos crosses the orbit of Mars, but stays just outside the orbit of Earth.”

Particles can be ejected from near-Earth asteroids, such as Phaethon, which is responsible for the Geminid meteor shower that peaks in mid-December each year. Studying what was released by the DART impact could help predict when such material could reach Earth or Mars, said Patrick Michel, astrophysicist and director of research at the National Centre for Scientific Research in France. Michel was not involved in the study.

Boulders can be seen on Dimorphos' surface just before impact. - NASA/Johns Hopkins APL

“This study tries to quantify this possibility and confirms that it may happen, even if it relies on modeling that has its own uncertainties,” Michel said.

Future observations could help researchers refine mass measurements of the debris and determine how quickly it is moving to calculate the expected meteor activity, Peña Asensio said.

Those observations will be conducted by the Hera mission. The European Space Agency mission is expected to launch in October to observe the aftermath of the DART impact, arriving at the asteroid system near the end of 2026. Together with a pair of CubeSats, the spacecraft will study the composition and mass of Dimorphos and its transformation by the impact. Hera will also determine how much momentum was transferred from the spacecraft to the asteroid.

“Is there an impact crater, or was the impact so large that Dimorphos was globally reshaped?” said Küppers, who is also a project scientist for the Hera mission. “From ground-based data, we have some evidence for the latter. Hera will tell us for sure. Also, we will see if the impact left Dimorphos (tumbling).”

Overall, the mission will enable astronomers to understand the dynamical evolution of debris “produced by an impact in such a complex system of double asteroids,” Michel said.


How a little-known 17th-century female scientist changed our understanding of insects

Jennifer Rankin
Sun 1 September 2024 

Maria Sibylla Merian’s Metamorphosis Insectorum Surinamensium.Photograph: Rijksmuseum

More than three centuries after she made a perilous transatlantic voyage to study butterflies, a rare copy of the hand-coloured masterwork by the great naturalist and artist Maria Sibylla Merian is returning to Amsterdam.

The Rijksmuseum, which holds more than half-a-million books on art and history, last week announced it had acquired a rare first-edition copy of Metamorphosis of the Insects of Suriname (Metamorphosis Insectorum Surinamensium), described as a high point of 18th-century book production when the Dutch Republic was “the bookshop of the world”.

More than half-a-metre tall and illustrated with 60 richly coloured plates, Metamorphosis revealed to a wider public the transformation of tropical insects from egg to adult.

Merian and her daughters produced about 200 copies from 1705, but today only an estimated 67 remain, and few with colour illustrations.

“It’s one of the most fascinating books in natural history that we know,” Alex Alsemgeest, curator of library collections at the Rijksmuseum, told the Observer. Also “quite exceptional”, he said, was that Merian took the entire book production process “into her own hands”, from the voyage to Suriname to the commercialisation of the work, which was sold to merchants and scientists across Europe.

With its beautiful, sometimes disturbing images, rendered with pinpoint precision, Metamorphosis is a work of art and scientific scholarship, from a time when there was no rigid division between disciplines. It is also part of the story of Dutch colonialism. Merian recorded the local names of plants and insects she studied. In contrast to other European naturalists, she credited local people with helping her discover the colony’s wildlife, although didn’t name individuals.

Finally, there is the fascinating life of Merian herself. As a 52-year-old divorcee, she embarked on a self-funded voyage to Suriname in 1699, driven by relentless curiosity about the lives of insects.

Born in Frankfurt, Merian learned to paint in her artist stepfather’s workshop, and became fascinated by silkworms, moths and butterflies. She married one of her stepfather’s apprentices and had two daughters. Ensconced in a comfortable life in Nuremberg, she bred and sketched caterpillars, publishing celebrated books about the plants and insects around her.

At this time, many people still believed that insects spontaneously generated in the dirt. While Merian was not the first to show the transformation from egg, through larva and pupa, to adult insect, “her artistic talents helped to bring this message to a wider audience” Alsemgeest said.

Described by the late historian Natalie Zemon Davis as “curious, wilful” and “a harder person to pin down” than other notable contemporaries, Merian left her husband to join a strict Protestant sect in Friesland, before eventually setting up a business in Amsterdam.

It was in the Dutch city she discovered in cabinets the vivid butterflies of Suriname, a Dutch colony until 1975, on the northern coast of South America. Having moved there with her younger daughter, Dorothea, she criticised Dutch settlers who only cared for sugar, ignoring the fertile potential of the soil for other crops.

While she wrote little about human behaviour, Merian noted the cruelty meted out to enslaved women. In a passage about a plant that induced abortions, she described them telling her that abortions would mean their children could be born free in their own country.

Her book depicted the beauty and savagery of the natural world, as well as some wincingly realistic creepy-crawlies. The first image shows cockroaches crawling over an unripened pineapple, a fruit then celebrated in Europe as a status symbol. In another illustration, a tarantula attacks a hummingbird. Merian is credited with giving the creature its Dutch name, vogelspin, meaning “bird-spider”.

Her image would be dismissed as a fantasy. Alsemgeest said: “In the 18th century, people responded: ‘that’s what you get when you send a woman to tropical places. She probably made that up’”. But scientists later confirmed her findings, he added.

The spider plate, he said, was a very good example of how Merian worked. “She was a really good observer.”

UK

Campaigners fear for future of Dartmoor ponies


Caroline Robinson
BBC News, Devon
Campaigners have called for more action to preserve numbers of Dartmoor Hill ponies

Campaigners have called for more protections for Dartmoor ponies amid fears the species could be driven to extinction.

Dartmoor Hill Pony Association (DHPA) said the breed was considered genetically rare as they had adapted to the conditions on the moorland - differing from those that become domesticated pets.

The association said more action was needed to recognise the importance of the country's only semi-wild pony population.

Natural England said it was working to ensure "optimal numbers of Dartmoor ponies remain for generations to come".

Friends of the Dartmoor Hill Pony
Natural England said it was working to ensure "optimal numbers of Dartmoor ponies"

The DHPA said numbers of Dartmoor Hill ponies were estimated to have dropped from from 7,000 to 900 over the past 25 years.

The previous Conservative government endorsed a land management overhaul on Dartmoor.

But the DHPA said new supplements which would pay farmers and landowners to look after the ponies and give them the same status as cattle had not yet been implemented.


'Gone forever'


Secretary Joss Hibbs said the group needed to "press now for action so the numbers do not drop any more".

"The ones you see on Dartmoor are the only ones there are," she said.

"Once they've gone they are gone forever - you can't get them back."

She said Natural England would not "guarantee their number on Dartmoor".

"Defra [Department for Environment, Food and Rural Affairs] has done an amazing amount of work on the ground with us," she said.

"Let's not muck it up at the last hurdle."

'Vital role'


Simon Lee, Natural England's principal officer for Dartmoor, said the agency "fully supports the findings of the Dartmoor review".

He said the review "highlighted the importance of ponies as part of a plan to recover nature on Dartmoor".

"Habitats on Dartmoor remain in a poor state and ponies have a vital role in their recovery," he said.

"We are working hard with partners, including the Dartmoor Hill Pony Association, to ensure the optimal numbers of Dartmoor ponies remain for generations to come."

Forty years since bog gave up dark Lindow Man secret


Jonny Humphries & Katie Barnfield
BBC News, Manchester
Manchester Museum
The Lindow Man was one of the most significant archaeological finds in the history of the region

The ancient peat bog of Lindow Moss in Cheshire hid a dark and gruesome secret for almost 2,000 years.

But on 1 August 1984, a peat cutter spotted the astonishingly well-preserved remains of an Iron Age man trundling along a conveyer-belt.

The unfortunate victim of a brutal murder, who became known as the Lindow Man, proved to be one of the most significant archaeological finds in the region's history.

But the unique conditions of the bog, near Wilmslow, that preserved him have been under threat, with serious environmental implications.

The unique conditions in a peat bog, which are acidic and exist in an anaerobic state (devoid of oxygen), mean that bodies like Lindow Man can be preserved in good condition for centuries.

Georgie Johnson, organiser for community group Transition Wilmslow, said the discovery of Lindow Man cemented the importance of the bog as a cultural and natural site.

She said: "He'd been fairly perfectly preserved, so we could see what his last meal was, we know how he died, and where he was placed in the bog as well."

In their natural state, peatlands act as carbon sinks and provide a home for plants and animals.

Emeritus Professor John Handley said it would be a "big win for nature" to restore Lindow Moss

But commercial peat-extraction, which continued at Lindow Moss for centuries until it ended in 2016, has caused severe damage.

Emeritus Professor John Handley, from the University of Manchester, told the BBC: "At the moment looking at the ground, you see it's bare, it's got bare peat, it's drying, oxidising.

"It's fossilised carbon, and it's being released into the atmosphere."

Violent attack'


"We want to completely reverse that process," Mr Handley Transition Lindow and the Lindow Moss Partnership, added.

Since 2022, after campaigns from locals and experts, measures have been put in place to re-wet the bog by raising water levels with artificial structures.

Jack Crowshaw, project manager for the Lindow Moss Partnership, described peat bogs like Lindow Moss as "weird" but "wonderful" places that support biodiversity.

He said: "We've got a population of water-vole, that have been here for a long time, a population that is increasing at the moment, and that is partly as a result of interventions like this that hold water at a steady-level throughout the year."

Manchester Museum
Lindow Man is now one of the most visited attractions in the British Museum in London

Examinations of Lindow Man showed he was in his 20s, of average height, well-built and in good health.

Closer inspections showed he suffered from intestinal parasites and his last meal was unleavened bread.

Radiocarbon dating has put his death, which involved a violent attack including a blow with a weapon such as an axe, as being sometime in the 1st Century AD.

Under the supervision of then county archaeologist Rick Turner, Lindow Man was transported to the British Museum in London where he has been an extremely popular exhibit.

There are several theories about how he met his fate.

Some experts have suggested he could have been sacrificed as an offering to Iron Age gods, whereas others say the evidence only points to the fact he was murdered.

The bog's history is the subject of an ongoing exhibition and art-trail, Window on Lindow, which continues until October.