Philip Terry in The Guardian:

Bringing all Heaney’s poems together in one volume, this collection lets us see for the first time all the archaeological layers that make up his oeuvre, from the talismanic Death of a Naturalist (1966) to the visionary long poem Station Island (1984), on to the parables of The Haw Lantern (1987) and the intimacies of The Human Chain (2010), the last volume published during the poet’s lifetime. A key poem in that collection, Chanson d’Aventure, describes his journey to hospital in an ambulance following a stroke: “Strapped on, wheeled out, forklifted, locked / In position for the drive”. The book also makes available at last Heaney’s prose poems, Stations (1975), released in a small press edition by Ulsterman Publications, which Heaney effectively kept under wraps as he felt the publication of Geoffrey Hill’s Mercian Hymns – “a work of complete authority” – had stolen his thunder in this form.

The editors have taken the admirable decision to leave the published volumes intact, so that their careful ordering, something Heaney learned from Yeats, remains in place. Between each volume they insert all the contemporaneous poems that Heaney published in magazines and in pamphlets, as well as a selection of previously unpublished manuscript poems.

More here.

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Jack Clark at Import AI:

I remember being a child and after the lights turned out I would look around my bedroom and I would see shapes in the darkness and I would become afraid – afraid these shapes were creatures I did not understand that wanted to do me harm. And so I’d turn my light on. And when I turned the light on I would be relieved because the creatures turned out to be a pile of clothes on a chair, or a bookshelf, or a lampshade.

Now, in the year of 2025, we are the child from that story and the room is our planet. But when we turn the light on we find ourselves gazing upon true creatures, in the form of the powerful and somewhat unpredictable AI systems of today and those that are to come. And there are many people who desperately want to believe that these creatures are nothing but a pile of clothes on a chair, or a bookshelf, or a lampshade. And they want to get us to turn the light off and go back to sleep.

In fact, some people are even spending tremendous amounts of money to convince you of this – that’s not an artificial intelligence about to go into a hard takeoff, it’s just a tool that will be put to work in our economy. It’s just a machine, and machines are things we master.

But make no mistake: what we are dealing with is a real and mysterious creature, not a simple and predictable machine.

More here.

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They discuss her book at Pranab Bardhan’s Substack:

Book Abstract: Capitalism seems unstoppable. Laws and regulations that are meant to contain its excesses can slow its expansion but are unable to contain it. How is it that a system that relies extensively on the law to code assets as capital is so resistant to legal constraints is the big question this book addresses. The answer lies in the fact that capitalist law is Janus-faced: Its private law side empowers non-state actors to use law as a tool to build private wealth and power over others; the public law side seeks to rein in some actions, but it also protects private actors against state interference through constitutional constraints on state power. This is how private actors rule over others with impunity, shift the risk of their actions on society at large and the environment. I conclude that private law needs a reset to ground it in principles of mutual respect and support among private actors rather than exploitation and power.

More here.

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Violeta Ruiz in aeon:

On 25 November 1915, the American newspaper The Review published the extraordinary case of an 11-year-old boy with prodigious mathematical abilities. Perched on a hill close to a set of railroad tracks, he could memorise all the numbers of the train carriages that sped by at 30 mph, add them up, and provide the correct total sum. What was remarkable about the case was not just his ability to calculate large numbers (and read them on a moving vehicle), but the fact that he could barely eat unassisted or recognise the faces of people he met. The juxtaposition between his supposed arrested development and his numerical facility made his mathematical feats even more impressive. ‘How can you account for it?’ asked the article’s author. The answer took the form of a medical label: the boy was what 19th-century medicine termed an ‘idiot savant’. He possessed an exceptional talent, despite a profound impairment of the mental faculties that affected both his motor and social skills.

More here.

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Heidi Ledford in Nature:

Off a quiet hallway on the top floor of a building at the University of Osaka in Japan, Katsuhiko Hayashi is hatching a revolution. He is on a decades-long quest to grow eggs and sperm in the laboratory. Hayashi wants to understand the fundamental biology of these reproductive cells. But, if he succeeds, it could forever alter how humans reproduce. Even for a scientist known for extreme doggedness, it has been a tortuous road. It has taken Hayashi to some strange places: his lab grows fragments of faux ovaries and testes in dishes and has produced mice with two fathers and no mother¹. Every paper he publishes brings e-mails from people clamouring for help with their fertility. “I tell them, ‘This is still experimental’,” Hayashi says. “But sometimes, I can’t respond. There are too many.”

The work that Hayashi and others in the field are doing could offer fresh hope to people struggling with infertility, and to same-sex couples who want children who are genetically related to both partners. But despite the dazzling results researchers have achieved in rodents, that future remains distant. “The technology is super cool,” says Christian Kramme, chief scientific officer at Gameto, a fertility-focused biotechnology company in Austin, Texas. “But fundamentally, I don’t believe there is a single person in the world that should attempt to enact this clinically in the next decade.”

More here.

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The Daily Fire

As the air
…………….. constructs and destroys
invisible buildings
on the pages of geology,
on the planetary mesas:
………………………………… man.
His language is barely a seed,
yet it burns
………………. in the palm of space.
Syllables are incandescent,
and they are plants:
……………………………. their roots
fracture silence,
……………………… their branches
build houses of sound.
……………………,…………. Syllables:
they twine and untwine,
………………………………….. play
at likeness and unlikeness.

Syllables:
……………. they ripen in the mind,
flower in the mouth.
…………………………… Their roots
drink night, eat light.
…………………………….  Languages:
trees incandescent
with leaves of rain.

Lightning vegetation,
geometries of echoes:
on a sheet of paper
the poem builds itself
……………………………..  as the day
on the palm of space.

by Octavio Paz
from The Collected Poems 1957-1987
Carcanet, 1987

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Ella Feldman in Smithsonian Magazine:

On a visit to the Hailun piano factory in China, Peter Paul Kainrath observed a room full of 100 pianos being played simultaneously by machines for quality control before being shipped off.

“Of course, there’s no music behind it,” Kainrath, who leads the contemporary orchestra Klangforum Wien, tells the New York Times’ Joshua Barone. “It was this pure, massive sound.”

The cacophonic scene left Kainrath so inspired that he called Austrian composer Georg Friedrich Haas to discuss its potential, per the New York Times. The next morning, Haas told Kainrath that if he brought him 50 pianos, he would compose a piece.

The resulting composition is Haas’ 11,000 Strings, which runs at New York’s Park Avenue Armory through Oct. 7. The piece features 50 pianists playing 50 Hailun pianos, which are all tuned to strike a slightly different frequency. In conjunction with a 25-person chamber ensemble, the musicians envelop their audience in a “sonic forest,” as New York Magazine’s Justin Davidson writes.

That enveloping effect is by design.

More here.  [A friend wrote this on Facebook about the experience of hearing this piece: “Last night, at the Park Avenue Armory I experienced the most exhilarating, awe-inspiring, piece of music I have ever heard in my life.” This friend is not given to exaggeration.]

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Jeff Tollefson in Nature:

Surging temperatures worldwide have pushed coral reef ecosystems into a state of widespread decline, marking the first time the planet has reached a climate ‘tipping point’, researchers announced today.

They also say that without rapid action to curb greenhouse-gas emissions, other systems on Earth will also soon reach planetary tipping points, thresholds for profound changes that cannot be rolled back.

“We can no longer talk about tipping points as a future risk,” says Steve Smith, a social scientist at the University of Exeter, UK, and a lead author on a report released today about how close Earth is to reaching roughly 20 planetary tipping points. “This is our new reality.”

More here.

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Noah Smith at Noahpinion:

Well, it’s time for my annual Economics Nobel post! If you like, you can also check out my posts for 2024, 2023, 2022, and 2021.

Other than the tired old question of whether the Econ Nobel is a “real” Nobel prize,1 there are basically three things to talk about in these posts:

1. 1. The research that got the prize
   2. What the prize says about the economics profession
   3. What the prize says about politics and policy in the wider world

So first let’s briefly talk about the research. This year’s prize went to Joel Mokyr, for writing about culture and growth, and Philippe Aghion and Peter Howitt, for making models of technological innovation.

More here.

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Seeking Sleep

Hey — they turned the moon off!
……. gone by my window
………… once too often

I stick my arm out
and get a glassful of dark air.
O to pour
……. the night over my head!
O for a taste
……. of nothing!
……. Everything I’ve lost —
years gone into the past’s
shoes.
Now for the other life!
…………………….. the one
without mistakes.

I finally dream of you.
I’m like a mountain goat
searching for your window
as my crazy hooves
clack along the deserted
streets of town.

by Lou Lipsitz
from Seeking the Hook
Signal Books, 1997

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Omar Yaghi, a Jordanian-American chemist at the University of California, Berkeley, was awarded the 2025 Nobel Prize in Chemistry today, sharing it with Richard Robson of the University of Melbourne, Australia, and Susumu Kitagawa of Kyoto University, Japan. The scientists were cited for creating “molecular constructions with large spaces through which gases and other chemicals can flow. These constructions, metal-organic frameworks, can be used to harvest water from desert air, capture carbon dioxide, store toxic gases or catalyze chemical reactions.”

More here.

Simmone Shah in Time Magazine:

The exact moment when Earth will reach its tipping points—moments at which human-induced climate change will trigger irreversible planetary changes—has long been a source of debate for scientists. But they might be closer than we think. A report published today says that the Earth has passed its first climate tipping point. The second “Global Tipping Points” report published by the University of Exeter found that warm-water coral reefs are passing their tipping point. Rising ocean temperatures, acidification, overfishing, and pollution are combining to cause coral bleaching and mortality, meaning that a large number of coral reefs will be lost unless the global temperature returns towards 1°C warming or below.

“We’re in a new climate reality,” said Tim Lenton, founding director at the Global Systems Institute at the University of Exeter, who led the report. “We’ve crossed a tipping point in the climate system, and we’re now sure we’re going to carry on through 1.5°C of global warming above the prior industrial level, and that’s going to put us in the danger zone for crossing more climate tipping points.” The planet is predicted to cross the 1.5°C threshold within the next 5 years, according to a report from the World Meteorological Organization. Once that threshold is reached, the planet will see more frequent and intense extreme weather and strains on food production and water access—impacts many nations vulnerable to climate change are already seeing.

More here.

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Emily Bazelon in the New York Times:

Last year, in the months before the 2024 presidential election, the magazine surveyed 50 members of what might be called the Washington legal establishment about their expectations for the Justice Department and the rule of law if Donald Trump were re-elected. The group was evenly split between Democrats and Republicans. They had worked as high-level officials for every president since Ronald Reagan.

A majority of our respondents told us they were alarmed about a potential second Trump term given the strain he put on the legal system the first time around. But several dissenters countered that those fears were overblown. One former Trump official predicted that the Justice Department would be led by lawyers like those in the first term — elite, conservative and independent. “It’s hard to be a bad-faith actor at the Justice Department,” he said at the time. “And the president likes the Ivy League and Supreme Court clerkships on résumés.”

Eight months into his second term, Trump has taken a wrecking ball to those beliefs. “What’s happening is anathema to everything we’ve ever stood for in the Department of Justice,” said another former official who served in both Democratic and Republican administrations, including Trump’s first term.

We recently returned to our group with a new survey and follow-up interviews about Trump’s impact on the rule of law since retaking office. The responses captured almost universal fear and anguish over the transformation of the Justice Department into a tool of the White House.

More here.

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Deric Tilson at The Ecomodernist:

On April 28, 2025, at 12:33:24 CET, a blackout encompassed Spain, Portugal, and parts of southwest France, leaving over 50 million people without power. The loss of electricity cost Spain an estimated $1.82 billion in economic output and damages. When the Iberian grid collapsed, people who were going about their day moments before were now stuck in elevators, food in freezers and refrigerators began to thaw or spoil, and non-urgent medical needs were delayed as hospitals dealt with scarce backup power supplies.

Quickly, pundits, experts, and posters on social media descended on the details of the blackout, grabbing what information they could, and spewing hot takes: “Solar is to blame.” “Why did the nuclear power plants go offline?” “Green energies and renewables did this.” “Aha, nuclear plants were in planned outage.” Schadenfreude abounds when systems begin to break, especially when aspects of those systems are politically charged.

Fifteen hours later, the transmission grids of Spain and Portugal were restored to full operation. Electrons once again flowed to people’s homes, charging their phones, illuminating their rooms, cooling their food, and providing them with modern comforts. The question of how the blackout happened remained.

More here.

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Quico Toro at Persuasion:

Begin with the station layout. In New York, you wait for your train not on the platform, but in a ticketed waiting room, where you watch for gate announcements that explicitly mimic what you get at an airport.

Passengers then schlep to line up at the one escalator leading down to the tracks. This chokepoint is entirely of Amtrak’s choosing; nothing about the technology itself necessitates it. Airplanes have a single point of entry; lining up to board is inevitable. Trains obviate the need for this, but on the Acela you have to line up anyway. Before you’ve even boarded the train, Amtrak has already nullified one of its best advantages.

Another way trains are different from airplanes is that they run on tracks, so they don’t experience air turbulence. Without turbulence, luggage bins can be uncovered (as they are on the Shinkansen), which makes them much more visible and much more useful.

More here.

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Edd Gent in Singularity Hub:

Despite their usefulness, large language models still have a reliability problem. A new study shows that a team of AIs working together can score up to 97 percent on US medical licensing exams, outperforming any single AI. While recent progress in large language models (LLMs) has led to systems capable of passing professional and academic tests, their performance remains inconsistent. They’re still prone to hallucinations—plausible sounding but incorrect statements—which has limited their use in high-stakes area like medicine and finance.

Nonetheless, LLMs have scored impressive results on medical exams, suggesting the technology could be useful in this area if their inconsistencies can be controlled. Now, researchers have shown that getting a “council” of five AI models to deliberate over their answers rather than working alone can lead to record-breaking scores in the US Medical Licensing Examination (USMLE). “Our study shows that when multiple AIs deliberate together, they achieve the highest-ever performance on medical licensing exams,” Yahya Shaikh, from John Hopkins University, said in a press release. “This demonstrates the power of collaboration and dialogue between AI systems to reach more accurate and reliable answers.”

More here.

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From Nature:

The mission with cancer therapy is clear: eradicate as many tumour cells as possible. Traditional chemotherapy remains a mainstay, where patients are dosed with potent compounds that disrupt essential cellular functions, preventing tumour cells from proliferating and ultimately forcing them to self-destruct. However, new findings¹ from a team led by Hongbo Gao and Keith Syson Chan at the Houston Methodist Academic Institute suggest that this approach might also release signals that promote drug resistance, which makes it harder to eliminate the tumour in the long run.

Chan first became aware of this possibility a decade ago². “We and others showed that the type of cell death the cancer cell undergoes also determines the therapeutic efficacy,” he says. His group demonstrated that, in some scenarios, chemo-induced cell death can lead to the dissemination of growth factors and other molecules, enabling surviving resistant cells to subsequently thrive and proliferate even during ongoing treatment. In their latest work, Chan and Gao focused on a mechanism known as pyroptosis, wherein tumour cells perish in a manner that leads to release of pro-inflammatory signals. This is generally thought to be a good outcome in the context of immunotherapy, as such an environment can amplify a patient’s anti-tumour immune response and put cancer cells on the defensive.

More here.

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