PATRICK FRANK AND THE problem of music

C9C3lbEXkAEvlejMax Erwin at Music and Literature:

Patrick Frank is a composer, project designer, and cultural theorist based in Zurich who is the creator and CEO of VoiceRepublic, an online platform and archive of international performances and lectures. He is among a generation of composers in the Teutonosphere who are grappling with the death throes of the material-teleological narrative of New Music. In the briefest, most telescoped terms: the avant-garde after Cage and Lachenmann incorporated increasingly alien sound materials into composition—first extended techniques, then sound production from non-instrumental sources—until a point was reached where any source of sound could be interpolated into a composition and be recognized as “music”—or rather, could be recognized as such by a consensus of New Music audiences. Thus, according to this teleology, the conquest of sonic material (a process described in such precisely conquistadorial terms at least since Webern’s writings) had exhausted itself; there are no “new” sounds left to bend to the will of musical logos. Indeed, at one of Lachenmann’s lectures at the 2014 Darmstadt courses, he spoke of this material conquest in the guise of an orange: what do you do after you have consumed the inside of the fruit? Do you eat the peel? What next?

“What next?” has, of course, always been a fraught question among artistic avant-gardes. But Frank and his peers find themselves at a particularly intimidating moment in aesthetic history, where the conditions of “newness” are themselves in question. From the birth of polyphony, the material-teleological narrative of Western art music has been relatively straightforward—church modes to musica ficta to tonality to chromaticism to serialism to noise…—and so now that any aural material is axiomatically also musical material, the foundational myth of musical progress no longer works.

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Goethe: Life as a Work of Art

51v3c6RHhwL._SX327_BO1 204 203 200_Ben Hutchinson at Literary Review:

In the long history of Western culture, it is given to very few to have an entire era named after them. Socrates sits within Antiquity, Leonardo da Vinci within the Renaissance; even Shakespeare has been subsumed into the ‘Elizabethan age’. That the ‘age of Goethe’ (Goethezeit) should have become a standard term for the years spanning the Weimar poet’s active life – roughly, 1770 to 1830 – suggests, then, his overwhelming importance to the German psyche. Without Goethe, one might say, the great tradition of high culture that characterises modern Germany would never have begun; without Goethe, the archetypes of the national imagination – the raging Werther, the ageing Faust – would never have come into being.

How could one man accomplish so much? Among the many merits of Rüdiger Safranski’s masterly biography is that it explores the full range of Goethe’s achievements. Novelist and naturalist, statesman and poet, Goethe (1749–1832) made significant contributions to an astonishing array of disciplines. Not for him the narrow professional specialisations that would rapidly establish themselves in the decades following his death or the disciplinary boundaries to which lesser beings were beholden. At every new intellectual border he crossed, Goethe could announce, like Oscar Wilde but in earnest, that he had nothing to declare but his genius.

more here.

Inferior: An enlightening account that shatters gender stereotypes

Chantal Da Silva in Spiked:

Saini-inferiorFor centuries, humanity has relied on the science community to tell the objective truth about the world around us. But when it comes to women, it seems the truth may not be quite as cut and dried as we might like to believe. In her new book, Inferior, science journalist Angela Saini paints a disturbing picture of just how deeply sexist notions have been woven into the fabric of scientific research – and how they are still being perpetuated within the science community today. Armed with a heavy arsenal of data, Saini provides a gripping and much-needed account of how even the most impartial fields of scientific study have for centuries fallen prey to the biases of the patriarchal foundations they have been built upon. For hundreds of years, the author writes, it was common sense within the scientific community that women were the “inferior” sex. Even Charles Darwin, known as the “father of evolution”, insisted on his death bed in 1882 that women were at a lower stage of evolution – and that women “though generally superior to men [in] moral qualities are inferior intellectually”.

“To be fair to Darwin, he was a man of his time,” Saini writes. “His ideas on evolution may have been revolutionary, but his attitudes to women were solidly Victorian.” And yet, notions of women being “inferior” to men – physically and intellectually – have been perpetuated by scientists, predominantly male, in the decades since. Early on in her treatise, Saini cites a 2012 study at Yale University in which more than 100 scientists were asked to assess a resume submitted for a vacancy for a laboratory manager. Every resume was identical, except that half were submitted under a female name and the other half under a male name. Scientists rated those with female names significantly lower in competence and hireability, Saini writes. They were also less willing to mentor them, and offered lower starting salaries. What’s more, Saini points out that the gender of the faculty participants did not affect their responses, such that female and male faculty were equally likely to exhibit bias against the female applicant.

“Prejudice is so steeped in the culture of science, their results suggested, that women are themselves discriminating against other women,” Saini warns. “Sexism isn’t something that’s only perpetuated by men against women. It can be woven into the fabric of a system.”

More here.

The brain: a radical rethink is needed to understand it

Henrik Jortnell in KurzweilAI:

Neural-connectionsUnderstanding the human brain is arguably the greatest challenge of modern science. The leading approach for most of the past 200 years has been to link its functions to different brain regions or even individual neurons (brain cells). But recent research increasingly suggests that we may be taking completely the wrong path if we are to ever understand the human mind. The idea that the brain is made up of numerous regions that perform specific tasks is known as “modularity.” And, at first glance, it has been successful. For example, it can provide an explanation for how we recognise faces by activating a chain of specific brain regions in the occipital and temporal lobes. Bodies, however, are processed by a different set of brain regions. And scientists believe that yet other areas — memory regions — help combine these perceptual stimuli to create holistic representations of people. The activity of certain brain areas has also been linked to specific conditions and diseases. The reason this approach has been so popular is partly due to technologies which are giving us unprecedented insight into the brain. Functional magnetic resonance imaging (fMRI), which tracks changes in blood flow in the brain, allows scientists to see brain areas light up in response to activities — helping them map functions. Meanwhile, optogenetics, a technique that uses genetic modification of neurons so that their electrical activity can be controlled with light pulses, can help us to explore their specific contribution to brain function.

…Some researchers now believe the brain and its diseases in general can only be understood as an interplay between tremendous numbers of neurons distributed across the central nervous system. The function of any one neuron is dependent on the functions of all the thousands of neurons it is connected to. These, in turn, are dependent on those of others. The same region or the same neuron may be used across a huge number of contexts, but have different specific functions depending on the context. It may indeed be a tiny perturbation of these interplays between neurons that, through avalanche effects in the networks, causes conditions like depression or Parkinson’s disease. Either way, we need to understand the mechanisms of the networks in order to understand the causes and symptoms of these diseases. Without the full picture, we are not likely to be able to successfully cure these and many other conditions.

More here.

Thursday, June 8, 2017

The three young friends who devised the “happy ending” problem became some of the most influential mathematicians of the 20th century, but were never able to solve their own puzzle

Kevin Hartnett in Quanta:

One measure of a good math problem is that, in trying to solve it, you will make some unexpected discoveries. Such was Esther Klein’s experience in 1933.

At the time, Klein was 23 years old and living in her hometown of Budapest, Hungary. One day she brought a puzzle to two of her friends, Paul Erdős and George Szekeres: Given five points, and assuming no three fall exactly on a line, prove that it is always possible to form a convex quadrilateral — a four-sided shape that’s never indented (meaning that, as you travel around it, you make either all left turns or all right turns).

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Erdős and Szekeres eventually found a way to show that Klein’s statement was true (she had worked out the proof before bringing it to them), and it got them thinking: If five points are enough to guarantee that you can always connect four to form this kind of quadrilateral, how many points are needed to guarantee that you can form this same kind of shape with five sides, or 11 sides, or any number of sides?

By 1935 Erdős and Szekeres had solved this problem for shapes with three, four and five sides. They knew it took three points to guarantee you could construct a convex triangle, five points to guarantee a convex quadrilateral, and nine points to guarantee a convex pentagon.

More here.

Joli Mai

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Grey Anderson in n+1:

WITH 66 PERCENT OF THE POPULAR VOTE, the new president could claim a resounding victory, outperforming polling estimates. Throughout France voters rallied to the En Marche! (EM) eponym, who performed especially well in high-income urban areas—his tally reached 90 percent in Paris, and handsomely surpassed 80 percent in Rennes, Nantes, Bordeaux, and Lyon. Marine Le Pen’s National Front (FN), at one point breaking 40 percent in polls, collapsed after her cack-handed performance in the televised debate on May 4. Projections for the FN candidate promptly sank to 34 percent, matching the final score three days later. Macron won a majority of voters in every age category, every socio-professional group save manual laborers, and all but two of France’s 102 administrative departments. Reasons enough, it might be thought, for satisfaction.

Yet cracks marred the veneer. In 2002, the only other occasion on which the French far right appeared in the second round of a presidential election, Le Pen’s father was routed. Large-scale mobilization against the FN delivered an unprecedented victory to the incumbent Jacques Chirac, his 82 percent landslide earning comparison with Enver Hoxha’s People’s Republic of Albania. At the time, the French elite could bathe in contentment, praising the victory of a republican front and recalling the glories of interwar antifascism. Fifteen years later, no such united front would take shape. Nor was support for the FN, nearly doubled, the sole cause for concern. By some measure the most striking feature of the 2017 run-off was a surge in the number of blank and spoiled ballots—11.5 percent of the total, a record figure and more than twice that clocked in 2002. Together with historic levels of abstention, the highest in almost half a century, this defiant protest left the winner of the election with a mere 43.7 percent of registered voters, a desultory share in the face of his anathematized, fumbling challenger. Of those who did turn up at the polls for Macron, less than half (41 percent) expressed support for the candidate, as opposed to the desire to see his opponent defeated, and an even smaller fraction endorsed his program.

More here.

Naval Academy graduates no better than the civilians they defend

Bruce Fleming in the Baltimore Sun:

ScreenHunter_2717 Jun. 08 21.46Naval Academy graduation is a festive event. I usually love it, and I've been going for the 30 years I've been a professor of English. The students look their best, the weather usually cooperates, the Blue Angels fly overhead in a roaring rush, and the midshipmen are deliriously happy. I'm particularly proud of the students I've taught and mentored, and I wish them all well.

However this year it wasn't fun. Every single speaker — from Vice Adm. Ted Carter, the superintendent of the Naval Academy, to Acting Secretary of the Navy Sean Stackley, to Chief of Naval Operations Adm. John M. Richardson, to the main speaker, Vice President Mike Pence — portrayed a vision of the Navy as a self-serving, closed entity at odds with the rest of American society, and the midshipmen, whose education came on the back of the taxpayers, as superior to those people they are supposed to defend.

Vice President Pence nailed this attitude when he assured the graduates that they were the best America had to offer — after Messrs. Carter, Richardson and Stackley (all of whom had graduated from Annapolis) did the same. But if they are the best, why should they defend the worst?

More here.

America’s Political Economy: The Inefficiency of Construction and the Politics of Infrastructure

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Adam Tooze over at his website:

One of the basic legitimations of capitalist growth and politics in capitalist democracies is productivity improvement. This can be disruptive. It can force social upheaval and creative destruction. But the triumph over scarcity – more for less – is hard to argue with. As Charles Maier pointed out, productivism was one of the keys to stabilization of capitalist political economy in the mid-century. The question is how are those gains and that political benefit distributed, if productivity gains are extremely uneven.

The forces that make for productivity improvement are complex and multiple. But the most important technical changes – electrification, IT etc – are very general in their application. At varying speeds most sectors benefit from productivity gains. Of course, some of these gains have hidden costs (environmental for instance), which if they were properly accounted for might actually negate the apparent increase in productivity. But even on the most conventional measures of output there are some sectors that exhibit not progress, but productivity decline. Of these, one of the most important and politically consequential is construction.

As the FT’s Cardiff Garcia remarked already in 2014: “For the nearly half-century through 2012, annual labour productivity growth in the US construction sector averaged close to zero, and it has been negative for the past two decades.”

This matters because it structures the entire debate about public infrastructure and the capacity for public action, which is so urgent in the US. Whilst Silicon Valley offers a triumphant story of private sector innovation, the public sector finds itself discredited by association with the chronic inefficiencies of the construction sector and megaproject management.

More here.

Cyril Connolly and the literature of depression

065451c6-4b7c-11e7-8b46-aeb9dec90269Brian Dillon at the TLS:

If his friends are to be believed, Cyril Connolly was a monster of sloth and self-regard. And yet, what an endearing figure he cuts – if that’s the verb, with Connolly – through their letters and memoirs: maundering over failed affairs of heart or wallet, brimming with excuses for his books unwritten, ever ready to start afresh with the bubbles when the night wore on. According to V. S. Pritchett, “a phenomenal baby in a pram”: grasping at toys and prizes, mostly failing to connect. In his preface to The Missing Diplomats, Connolly’s short book about Guy Burgess and Donald Maclean, Peter Quennell wrote: “With an agile and intensely active brain few writers have combined a greater disposition to extreme bodily indolence”. Supine for weeks or months at a time, Connolly could spring up when needed and, provided there was secretarial help on hand, thrash out an overdue essay or review, rush a magazine to print. Quennell again: “His armchair becomes miraculously jet-propelled”.

It is not a method guaranteed to secure a solid oeuvre that will live for the ages. Connolly’s narrow reputation now rests largely on the mixture of memoir and high literary journalism in Enemies of Promise (1938), and not on his single novel The Rock Pool (1936), or the several collections of reviews he later packaged in lieu of proper books. Fewer still today are references to The Unquiet Grave: the odd, fragmentary “word cycle” he published under the pen name Palinurus in the autumn of 1944. But this is the book – an essay, an anthology, a complaint – in which the contradictions in Connolly’s talent and personality fail to resolve with the strangest, most seductive results. Here he anatomizes his worst traits: laziness, nostalgia, gluttony, hypochondria, some essential frivolity of mind that means his writing will always be summed up as “‘brilliant’ – that is, not worth doing”.

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Edge of Irony: Modernism in the Shadow of the Habsburg Empire

9780226054421Adam Kirsch at the NYRB:

For writers looking back on this long Indian summer of empire, from the vantage point of post-1918 anarchy, it was the very mildness of this ruling principle—its tolerance, even its slovenliness—that inspired nostalgia. This was especially true for Jewish writers who found themselves in successor states where anti-Semitism flourished, and who remembered the monarchy as a bulwark that had once held anti-Jewish hatred at bay.

One of the greatest elegies for the empire came from Robert Musil, who was born in 1880 and raised in Bohemia. In his unfinished novel, The Man Without Qualities, which is set in Vienna in 1913, Musil evoked the atmosphere of resigned mediocrity that sustained the empire he called “Kakania.” The name is a double pun. It evokes the phrase kaiserlich und königlich, “imperial and royal,” which was affixed to the empire’s institutions, since Franz Josef—in a typically Austrian compromise—reigned as both emperor of Austria and king of Hungary. But it also puns on the word “kaka,” which in German as in English is a childish name for excrement.

more here.

Thomas Hardy: Half A Londoner

41CVScwwKRL._SX326_BO1 204 203 200_James Wood at the LRB:

Hardy can be awkward, but at the same time astonishing beauty is sowed into every scene and stanza of his work. Herons, in Tess, which arrive ‘with a great bold noise as of opening doors and shutters’. Winter winds, in the poem ‘The Prospect’: ‘Iced airs wheeze through the skeletoned hedge from the north.’ Hares, in ‘The Haunter’: ‘Where the shy hares print long paces’. ‘Beech leaves, that yellow the noon-time’ in ‘At Day-Close in November’. The rain, in ‘Childhood among the Ferns’: ‘The rain gained strength, and damped each lopping frond.’ This is the writer who meant so much to D.H. Lawrence, to Auden, to Larkin. But all my examples are pastoral, drawn from Hardy’s uncanny noticing of the natural world. Using notebooks, diaries and unfamiliar poems and novels, Ford demonstrates how Hardy also trained his eye, as Baudelaire desired, by looking at the city, by gazing at ‘landscapes of stone’. Ford brings out a modern impressionist, who brilliantly sketched urban interiors and exteriors; this writer is more concise, more direct, more imagistic than the writer we know from the Wessex fiction. From March 1878, the Hardys lived in an end of terrace house in Tooting, not far from Wandsworth Common railway station, and here they remained for a little more than three years. South London inspired several poems (‘A January Night,’ ‘Snow in the Suburbs’, ‘Beyond the Last Lamp’), and several notebook entries. In one of these Tooting passages, Hardy does nothing more than describe his study, and the glow of the fire:

Firebrick back red hot … underside of mantel reddened: also a shine on the leg of the table, & the ashes under the grate, lit from above like a torrid clime. Faint daylight of a lilac colour almost powerless in the room. Candle behind a screen is reflected in the glass of the window, falling whitely on book …

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Black Women in America Really Do Work Harder for Less

Nora Caplan-Bricker in Slate:

BlackIt’s a familiar adage that black Americans have to work twice as hard to get half as far as their white counterparts—and that black women, oppressed by the intersecting forces of sexism and racism, have to struggle even more. Now, a sweeping new report from the nonprofit Institute for Women’s Policy Research, funded by the National Domestic Workers Alliance, provides the data to back this up. Released Wednesday, the report shows black women working more and getting less in return across all areas of American life. Black women voted at higher rates than any other group in 2008 and 2012 (and in 2014, more than any other group except white men and women)—but they remain drastically underrepresented in both state and national politics. The share of black women with a college degree has increased by almost 24 percent since the early 2000s, but they graduated with more debt and worse prospects than white students. And black women participate in the workforce at higher rates than other women, yet they're among the most likely to live in poverty, second only to indigenous women.

In part, this is because black women have remained trapped in the worst-paying sectors of the economy—caretaking and service jobs—while white women have ascended to better-compensated professions. This is no coincidence, as Alicia Garza, a co-founder of the Black Lives Matter movement and the special projects director at the NDWA, writes in the forward to the report. “Without Black women’s labor inside of white households, white women would not have been able to break (some) of the barriers of sexism that relegated the value of women’s contributions to the sphere of the home,” she writes. “The result is a racialized economy where Black women are losing ground.”

More here.

Potential building block of life found in very young star system

Daniel Clery in Science:

StarTwo teams of researchers report today that they have detected a prebiotic molecule—a potential building block of life—around newly formed sun-like stars. The molecule, methyl isocyanate, has a structure that is chemically similar to a peptide bond, which is what holds amino acids together in proteins. The finding suggests that quite complex organic molecules may be created very early in the evolution of star systems. “It shows the level of complexity you can get to before planets form is pretty high,” says astrochemist Karin Oberg of the Harvard-Smithsonian Center for Astrophysics in Cambridge, Massachusetts, who was not involved in the studies. “A lot of [spectral] lines were detected which gives confidence that it’s real. It’s a safe detection.” Methyl isocyanate has become a target for astrochemists ever since the European Space Agency’s Rosetta mission detected the molecule on the comet 67P/Churyumov-Gerasimenko 2 years ago. Comets are thought to have survived unchanged since the early days of the solar system, so the discovery of methyl isocyanate suggested it had been present on the comet since then and didn’t form on a planet. Although the detection on 67P/Churyumov-Gerasimenko is now questioned by some, methyl isocyanate was also detected in two star-forming clouds, Orion KL and Sagittarius B2(N), in 2015 and 2016, but these are hot environments full of very massive stars, very unlike the situation of the early Sun.

Undaunted, researchers began to study more sun-like sources. One group was already surveying a clutch of very young stars known as IRAS 16293-2422. “We thought, why not look [for methyl isocyanate] in our source,” says team member Niels Ligterink of Leiden Observatory in the Netherlands. The instrument of choice for such studies is the Atacama Large Millimeter/Submillimeter Array (ALMA), a collection of 66 dishes high in the Chilean Andes. ALMA focuses on the region of the spectrum between radio waves and infrared light, the range of frequencies at which complex molecules emit light when they undergo various transitions. Because the molecules are so complex, there are many possible transitions, each emitting photons of a specific frequency. So a molecule such as methyl isocyanate will emit a characteristic fingerprint of photons that will appear as spikes or lines in the spectrum detected from the gas cloud. The challenge for astronomers is to identify that fingerprint among the forest of spectral lines from all the other chemicals in the cloud. Ligterink’s team combed through data they had collected from IRAS 16293-2422 using ALMA in 2014 and 2015 and found 43 clearly identifiable lines from methyl isocyanate. The other team, led by Rafael Martín-Doménech of the Center for Astrobiology (INTA-CSIC) in Madrid, Spain, used new and archived data to find another eight lines in a different frequency range. The two teams report their results in the latest issue of the Monthly Notices of the Royal Astronomical Society.

More here.

Wednesday, June 7, 2017

Alex Honnold Completes the Most Dangerous Rope-Free Ascent Ever

Mark M. Synnott in National Geographic:

ScreenHunter_2716 Jun. 07 16.46Renowned rock climber Alex Honnold on Saturday became the first person to scale the iconic nearly 3,000-foot granite wall known as El Capitan without using ropes or other safety gear, completing what may be the greatest feat of pure rock climbing in the history of the sport.

He ascended the peak in 3 hours, 56 minutes, taking the final moderate pitch at a near run. At 9:28 a.m. PDT, under a blue sky and few wisps of cloud, he pulled his body over the rocky lip of summit and stood on a sandy ledge the size of a child’s bedroom.

Honnold began his historic rope-less climb—a style known as “free soloing”—in the pink light of dawn at 5:32 a.m. He had spent the night in the customized van that serves as his mobile base camp, risen in the dark, dressed in his favorite red t-shirt and cutoff nylon pants, and eaten his standard breakfast of oats, flax, chia seeds, and blueberries, before driving to El Capitan Meadow.

He parked the van and hiked up the boulder-strewn path to the base of the cliff. There, he pulled on a pair of sticky soled climbing shoes, fastened a small bag of chalk around his waist to keep his hands dry, found his first toehold, and began inching his way up toward climbing history.

More here.

Math Has No God Particle

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Oliver Roeder in FiveThirtyEight:

Ten years ago, Jeffrey Adams, a mathematician at the University of Maryland, made an appearance in The New York Times that prompted a series of angry emails. His correspondents all wanted to know one thing: “Who the hell do you think you are?”

Who Adams is is the leader of a cutting-edge mathematical research project called the Atlas of Lie Groups and Representations. Lie groups are named after Norwegian mathematician Sophus Lie (rhymes with “free,” not “fry”), who studied these crucial mathematical objects. Lie groups are used to map the inner machinery of multidimensional symmetrical objects, and they’re important because symmetry underpins far-flung mathematical concepts, from a third-grade number line to many-dimensional string theory. The Atlas project is a bona fide atlas of these objects, an exhaustive compendium of Lie group information, including tables of data about what they “look” like and what makes them tick. You’d think that cracking the code on these fundamental mathematical ideas would be a big deal. It is, but Adams would rather not dwell on it.

The success of the atlas project poses a tough math problem of a different kind: What should math’s relationship be with the broader, non-expert public? On the one hand, mathematicians in particular and scientists in general relish publicity. It allows them to trumpet good work, lobby for funding and inspire the next generation. On the other, in an ultra-specialized field such as math, publicity can twist finely constructed theorems, proofs and calculations beyond recognition.

More here.

The Limits of Information

Shutterstock_knowledgeDaniel N. Robinson at The New Atlantis:

In attempts to account for distinctly human endeavors, explanations have a narrative quality. Thus, Jane’s aspiration to be a concert violinist accounts for — that is, explains — the many hours of practice expended over a course of years. Henry wishes to understand the defeat of Napoleon at Waterloo. The story — the explanation — runs along these lines: Wellington, after the battle of Quatre Bras, moved his forces to Waterloo. The allied Prussians moved to positions drawing a large portion of the French forces away from Waterloo to Wavre. With Prussians attacking Napoleon’s right flank and Wellington attacking the center, Napoleon’s fate was sealed.

Try to translate these two explanations — for why Jane practices the violin, and for why Napoleon was defeated — into terms faithful to evolutionary biology or neuroscience or the concentration of potassium in the human body. Try again. Alas, the thing just doesn’t work. Now adopt the empirical stance and see if you can come up with a theory of any sort that, even if not complete, would still be adequate for explaining these events. This won’t do much for us either, for events of historical moment express the beliefs, skills, powers, and plans of specific persons who, if removed from the narrative, leave us with an entirely different set of events. No doubt, absent a properly functioning nervous system, Jane can’t even hold the bow of a violin. Absent the evolutionary roots and branches, there are neither armies nor nations. We might agree with all of this and, at the same time, acknowledge the unique, personal, individuated character of those responsible for the events in question. There could not be War and Peace had there not been a developed language. But there could not have been War and Peace had there not been Tolstoy.

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SOCCER FOR INTELLECTUALS

Maradona_vs_england-810x560Bécquer Seguín at Public Books:

Baseball has Roger Angell. Boxing has A. J. Liebling. Yet soccer, puzzlingly, has no writer of such caliber, no one who has managed to find in the sport a comparably inexhaustible source of literary writing and intellectual inquiry. And it’s not for lack of suitors. Rafael Alberti, Günter Grass, Charles Simic, Nelson Rodrigues, and Ted Hughes all wrote about the beautiful game. In the oeuvres of these writers, however, their momentary musings on soccer—football to most of the world—are a curiosity more than anything else. Others have tried their hand, but few have managed more than the occasional essay or short opinion piece. The difference may have something to do with the sports themselves.

Baseball and boxing are tailor-made for narrative. They rely heavily on protagonists and concentrated moments of action. Any baseball or boxing narrative can be easily embodied, like Hegel’s master-slave dialectic, in the momentary struggle between two individuals. Soccer, on the other hand, isn’t wedded to the fate of individuals. Its beauty is most often in the battle between two ideas, two philosophies, two tactical approaches to how to play the game. Hence the difficulty in narrating soccer in a way that is at once compelling and steers clear of clichés. The Spanish-language world of literary soccer writing, the one I know best, has produced admittedly mixed results. The Uruguayan author Eduardo Galeano is one of the more intellectually creative and emotionally insightful of literary soccer writers. In Soccer in Sun and Shadow, he dedicates one- and two-page-long chapters with titles like “Cruyff” or “The 1966 World Cup” to a single metaphorical moment.

more here.

Jenny Diski’s novel of an obsessive sadomasochistic affair

Daphne Merkin at Bookforum:

IN THE ANNALS OF EROTIC LITERATURE, a subject that consistently draws women writers of a certain ilk—smart, literate, and tough-minded—is sexual submission. (The Germans, leave it to them, have a word for this kind of abjection: Hörigkeit.) There is something about the theme of a relational power imbalance, of inequality in the bedroom, that seems to exert a fascination in quarters that one wouldn’t ordinarily expect. I am thinking, of course, of Story of O, but also of Marguerite Duras’s The Lover, Mary Gaitskill’s Bad Behavior, the pseudonymously penned Nine and a Half Weeks (a spare and inexorable account that bears little resemblance to the movie based on it), Edith Templeton’s Gordon, and Toni Bentley’s The Surrender.

One of the most memorable novels I have read in this genre came out in 1986, to no great attention or acclaim except from those of us who were instantly captivated by the author’s intelligence and writing skill. It was called Nothing Natural, and it was in fact the first book by the English writer Jenny Diski, who would go on before she died in 2016 to achieve literary renown for her other books and particularly for her essays in the London Review of Books. I noticed the novel because it was published in the same year as my own first novel, Enchantment, and, I would assume, because I read a review of it somewhere—perhaps in a British publication. I was instantly drawn to its tawdry and subversive doings because they spoke to my own erotic tastes at the time.

more here.

The mathematicians who want to save democracy

Carrie Arnold in Nature:

Nature_NF_Gerrymandering_08_06_2017_WEB1Leaning back in his chair, Jonathan Mattingly swings his legs up onto his desk, presses a key on his laptop and changes the results of the 2012 elections in North Carolina. On the screen, flickering lines and dots outline a map of the state’s 13 congressional districts, each of which chooses one person to send to the US House of Representatives. By tweaking the borders of those election districts, but not changing a single vote, Mattingly’s maps show candidates from the Democratic Party winning six, seven or even eight seats in the race. In reality, they won only four — despite earning a majority of votes overall. Mattingly’s election simulations can’t rewrite history, but he hopes they will help to support democracy in the future — in his state and the nation as a whole. The mathematician, at Duke University in Durham, North Carolina, has designed an algorithm that pumps out random alternative versions of the state’s election maps — he’s created more than 24,000 so far — as part of an attempt to quantify the extent and impact of gerrymandering: when voting districts are drawn to favour or disfavour certain candidates or political parties.

Gerrymandering has a long and unpopular history in the United States. It is the main reason that the country ranked 55th of 158 nations — last among Western democracies — in a 2017 index of voting fairness run by the Electoral Integrity Project, an academic collaboration between the University of Sydney, Australia, and Harvard University’s John F. Kennedy School of Government in Cambridge, Massachusetts. Although gerrymandering played no part in the tumultuous 2016 presidential election, it seems to have influenced who won seats in the US House of Representatives that year. “Even if gerrymandering affected just 5 seats out of 435, that’s often enough to sway crucial votes,” Mattingly says. The courts intervene when gerrymandering is driven by race. Last month, for example, the Supreme Court upheld a verdict that two North Carolina districts were drawn with racial composition in mind (see ‘Battleground state’). But the courts have been much less keen to weigh in on partisan gerrymandering — when one political party is favoured over another. One reason is that there has never been a clear and reliable metric to determine when this type of gerrymandering crosses the line from acceptable politicking to a violation of the US Constitution.

More here.