Posts Tagged ‘Enlightenment’
“The bigger, the better”*…
Thea Applebaum Licht with a reminder that, when it comes to size, Texas has got nothing on California…
Between about 1905 and 1915, the United States entered a golden age of postcards. Cheaper and faster mail service, the advent of “divided back” cards (freeing the entire front for images), and improved commercial printing all drove a new mass market for collectible communication. It was at this same moment that a craze for “tall-tale” or “exaggeration” postcards reached its peak. By cutting, collaging, and re-photographing images, artists created out-of-proportion illusions. One of the most popular genres was agricultural goods of fantastic dimensions.
Nowhere were such postcards more popular than in the western states. There, in the heart of the tough business of agriculture, illustrations of folkloric American abundance were understandable favorites. Pride and place were tied up with the prodigious crops. Supersized fruits and vegetables were often accompanied by brief captions: “How We Do Things at Attica, Wis.”, “The Kind We Raise in Our State”, or “The Kind We Grow in Texas”. Photographers like William “Dad” H. Martin and Alfred Stanley Johnson Jr. captured farmers harvesting furniture-sized onions and stacking corn cobs like timber, fisherman reeling in leviathans, and children sharing canoe-like slices of watermelon.
In the series of exaggeration postcards [produced in the run-up to the postcard boom, then published during it] collected [here], it is California that takes center stage. Produced by the prolific San Francisco–based publisher Edward H. Mitchell, each card features a single rail car rolling through lush farmland. Aboard are gargantuan, luminous fruits and vegetables: dimpled navel oranges, a dusky bunch of grapes, and mottled walnuts. Placed end-to-end, the cards would make a colorful train crossing California’s fertile valleys. Unlike other, more action-packed “tall-tale” cards — filled with farmers, fisherman, and children for scale — Mitchell’s series is restrained. Sharply illuminated, the colossal cargo lean toward artwork rather than gag. “A Carload of Mammoth Apples”[here], green-yellow and gleaming, could have been plucked from Rene Magritte’s The Son of Man [here].
Fabulous fruit and vegetables: “Calicornication: Postcards of Giant Produce (1909),” from @publicdomainrev.bsky.social.
In other art-related news: (very) long-term readers might recall that, back in 2008, (R)D reported that London’s Daily Mail believed that it had tracked him down, and that he is Robin Gunningham. Now as Boing Boing reports:
Anyone reading Banksy’s Wikipedia article at any point since a famous Mail on Sunday exposé in 2008 would likely get the impression the secretive stenciler is probably Robin Gunningham or Robert Del Naja, artists who came from the Bristol Underground. Reuters, having conducted extensive research into their movements, finds both men present at critical moments, but only one at all of them: an arrest report from New York City puts Gunningham firmly in the frame, and recent public records from Ukraine put it beyond doubt.
We later unearthed previously undisclosed U.S. court records and police reports. These included a hand-written confession by the artist to a long-ago misdemeanor charge of disorderly conduct – a document that revealed, beyond dispute, Banksy’s true identity. … Reuters presented that man with its findings about his identity and detailed questions about his work and career. He didn’t reply. Banksy’s company, Pest Control, said the artist “has decided to say nothing.”
His long-time lawyer, Mark Stephens, wrote to Reuters that Banksy “does not accept that many of the details contained within your enquiry are correct.” He didn’t elaborate. Without confirming or denying Banksy’s identity, Stephens urged us not to publish this report, saying doing so would violate the artist’s privacy, interfere with his art and put him in danger.
Del Naja (better known for other work) evidently participates in painting the murals and is perhaps the stencil draftsman (Banksy: “he can actually draw”). Banksy’s former manager, Steve Lazarides, organized a legal name change for Gunningham after the Mail on Sunday item, which successfully ended records for Banksy’s movements under his birth name and stymied researchers—until Reuters figured out the new one by poring through Ukrainian public records on days Del Naja was there. Gunningham used the name David Jones, among the most common in the U.K. If it rings a bell, you might be thinking of another famous British artist was who obliged by his record company to find something more unique.
* common idiom
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As we live large, we might spare a thought for Isaac Newton; he died on this date (O.S.) in 1727. A polymath who was a key figure in the Scientific Revolution and the Enlightenment that followed, Newton was a mathematician, physicist, astronomer, alchemist, theologian, author, and inventor. He contributed to and refined the scientific method, and his work is considered the most influential in bringing forth modern science. His book Philosophiæ Naturalis Principia Mathematica (Mathematical Principles of Natural Philosophy), first published in 1687, achieved the first great unification in physics and established classical mechanics. He also made seminal contributions to optics, and shares credit with the German mathematician Gottfried Wilhelm Leibniz for formulating infinitesimal calculus. (Newton developed calculus a couple of years before Leibniz, but published a couple of years after.) Newton spent the last three decades of his life in London, serving as Warden (1696–1699) and Master (1699–1727) of the Royal Mint, a role in which he increased the trustworthiness/accuracy and security of British coinage in a way crucial to the rise of Great Britain as a commercial and colonial power.
Newton, of course, had a famous relationship with fruit:
Newton often told the story that he was inspired to formulate his theory of gravitation by watching the fall of an apple from a tree. The story is believed to have passed into popular knowledge after being related by Catherine Barton, Newton’s niece, to Voltaire. Voltaire then wrote in his Essay on Epic Poetry (1727), “Sir Isaac Newton walking in his gardens, had the first thought of his system of gravitation, upon seeing an apple falling from a tree.” – source
Newton’s apple is thought to have been the green skinned ‘Flower of Kent’ variety.
“Without data, you’re just another person with an opinion”*…
… and that data can be even more useful if we can visualize it. Andrew Zolli introduces a new opportunity…
Whether we’re contending with food shocks, responding to disasters, preventing the next pandemic, helping communities adapt to a changing climate, or just delivering basic governmental services, one constant runs through it all: people. Where we live, how we move, when we gather or flee – these human patterns shape the arc of every modern challenge. Without a deep and dynamic understanding of those patterns, meaningful action becomes not just harder, it becomes guesswork.
That’s why I’m so excited about our ongoing collaboration with colleagues at the Microsoft AI for Good Lab and the Institute for Health Metrics and Evaluation to develop the world’s most up-to-date, highly accurate, high resolution #population density maps. Harnessing the power of Planet’s high-frequency, high-resolution satellite imagery, the AI for Good team’s artificial intelligence expertise, and IHME’s deep demographic modeling capabilities, these population maps allow us to estimate how many people we’re likely to find in every 40 sq meter patch of Earth, in every country of the world. And because the underlying data is updated quarterly, they also allow us to see change over time.
This week, we announced the completion of the first phase of this work at the United Nations AI For Good Global Summit, held in Geneva. We’ve been piloting the use of these population maps as part of the UN’s Early Warnings For All Initiative, which seeks to ensure that everyone on Earth is protected from hazardous weather, water, and climate events. In an early use-case, by overlaying population data with maps of mobile connectivity, we’ve been able to identify unconnected populations that might not be reachable in a crisis.
And that’s just one of what are likely hundreds – even thousands – of ways this kind of population data can be put to work. Knowing where people are settling, and how those patterns are changing, is foundational to everything from public health campaigns to the design of infrastructure and services. If we want to reduce wildfire risk, for example, we need to understand where human communities are pressing into forested frontiers. If we want to evacuate people ahead of an oncoming storm, we need to know how many lives are in harm’s way. And if we want to ensure people aren’t displaced by unlivable heat, we have to overlay human presence with climate exposure.
You can learn more and sign up to explore a coarser (but compelling!) (40km/pixel) visualization of the population data. At the AI for Good Summit, we also announced an Early Access Program for a carefully selected number of trusted organizations who will explore applications of the data and give feedback. If that sounds like it might be of interest, please contact services@healthdata.org…
A new tool for visualizing the world in which we live: “Everyone, Everywhere: Mapping Humanity’s Changing Footprint in Unprecedented Detail,” from @andrewzolli.bsky.social and his collegues at Planet.
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As we get down with data, we might spare a thought for a spiritual ancestor of Planet’s, Denis Diderot; he died on this date in 1784. A philosopher, art critic, and writer, he is best known for serving as co-founder, chief editor, and contributor to the Encyclopédie along with Jean le Rond d’Alembert.
The Encyclopédie is most famous for representing the thought of the Enlightenment. According to Denis Diderot in the article “Encyclopédie”, the Encyclopédie‘s aim was “to change the way people think” and for people to be able to inform themselves and to know things. He and the other contributors advocated for the secularization of learning away from the Jesuits. Diderot wanted to incorporate all of the world’s knowledge into the Encyclopédie and hoped that the text could disseminate all this information to the public and future generations. Thus, it is an example of democratization of knowledge.
It was also the first encyclopedia to include contributions from many named contributors, and it was the first general encyclopedia to describe the mechanical arts. In the first publication, seventeen folio volumes were accompanied by detailed engravings. Later volumes were published without the engravings, in order to better reach a wide audience within Europe…
– source
“Truth is ever to be found in the simplicity, and not in the multiplicity and confusion of things”*…
From Kim (Scott) Morrison‘s and Dror Bar-Natan‘s, The Knot Atlas, “a complete user-editable knot atlas, in the wiki spirit of Wikipedia“– a marvelous example of a wide-spread urge in mathematics to find order through classification. As Joseph Howlett explains, that quest continues, even as it proves vexatious…
Biology in the 18th century was all about taxonomy. The staggering diversity of life made it hard to draw conclusions about how it came to be. Scientists first had to put things in their proper order, grouping species according to shared characteristics — no easy task. Since then, they’ve used these grand catalogs to understand the differences among organisms and to infer their evolutionary histories. Chemists built the periodic table for the same purpose — to classify the elements and understand their behaviors. And physicists made the Standard Model to explain how the fundamental particles of the universe interact.
In his book The Order of Things, the philosopher Michel Foucault describes this preoccupation with sorting as a formative step for the sciences. “A knowledge of empirical individuals,” he wrote, “can be acquired only from the continuous, ordered and universal tabulation of all possible differences.”
Mathematicians never got past this obsession. That’s because the menagerie of mathematics makes the biological catalog look like a petting zoo. Its inhabitants aren’t limited by physical reality. Any conceivable possibility, whether it lives in our universe or in some hypothetical 200-dimensional one, needs to be accounted for. There are tons of different classifications to try — groups, knots, manifolds and so on — and infinitely many objects to sort in each of those classifications. Classification is how mathematicians come to know the strange, abstract world they’re studying, and how they prove major theorems about it.Take groups, a central object of study in math. The classification of “finite simple groups” — the building blocks of all groups — was one of the grandest mathematical accomplishments of the 20th century. It took dozens of mathematicians nearly 100 years to finish. In the end, they figured out that all finite simple groups fall into three buckets, except for 26 itemized outliers. A dedicated crew of mathematicians has been working on a “condensed” proof of the classification since 1994 — it currently comprises 10 volumes and several thousand pages, and still isn’t finished. But the gargantuan undertaking continues to bear fruit, recently helping to prove a decades-old conjecture that you can infer a lot about a group by examining one small part of it.
Mathematics, unfettered by the typical constraints of reality, is all about possibility. Classification gives mathematicians a way to start exploring that limitless potential…[Howlett reviews attempts to classify numbers by “type” (postive/negative, rational/irrational), and mathematical objects by “equivalency” (shapes that can be stretched or squeezed into the other without breaking or tearing, like a doughnut and and coffee cup (see here)…]
… Similarly, classification has played an important role in knot theory. Tie a knot in a piece of string, then glue the string’s ends together — that’s a mathematical knot. Knots are equivalent if one can be tangled or untangled, without cutting the string, to match the other. This mundane-sounding task has lots of mathematical uses. In 2023, five mathematicians made progress on a key conjecture in knot theory that stated that all knots with a certain property (being “slice”) must also have another (being “ribbon”), with the proof ruling out a suspected counterexample. (As an aside, I’ve often wondered why knot theorists insist on using nouns as adjectives.)
Classifications can also get more meta. Both theoretical computer scientists and mathematicians classify problems about classification based on how “hard” they are.
All these classifications turn math’s disarrayed infinitude into accessible order. It’s a first step toward reining in the deluge that pours forth from mathematical imaginings…
“The Never-Ending Struggle to Classify All Math,” from @quantamagazine.bsky.social.
* Isaac Newton
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As we sort, we might spare a thought for the author of our title quote, Sir Isaac Newton; he died in this date in 1727. A polymath, Newton excelled in– and advanced– mathematics, physics, and astronomy; he was a theologian and a government offical (Master of the Mint)… and a dedicated alchemist. He was key to the Scientific Revolution and the Enlightenment that followed.
Newton’s book Philosophiæ Naturalis Principia Mathematica (Mathematical Principles of Natural Philosophy), first published in 1687, achieved the first great unification in physics and established classical mechanics (e.g., the Laws of Motion and the principle of universal gravitation). He also made seminal contributions to optics, and shares credit with German mathematician Gottfried Wilhelm Leibniz for formulating infinitesimal calculus. Indeed, Newton contributed to and refined the scientific method to such an extent that his work is considered the most influential in the development of modern science.
“No one knows toward what center human things are going to gravitate in the near future, and hence the life of the world has become scandalously provisional”*…
The estimable Ted Gioia has pulled a 2022 essay from his newsletter up from behind the paywall. It was very relevant then; if anything, more relevant now…
Back in 2014, I sketched out a widely-read outline of an alternative interpretation of cultural conflict. Curiously enough, the conceptual tools I used came from a 1929 book from philosopher José Ortega y Gasset entitled The Revolt of the Masses—a work that offers surprisingly timely insights into our current situation.
That article stirred up a lot of debate at the time, but the whole situation has intensified further since 2014. Everything I’ve seen in those eight years has made painfully clear how insightful Ortega had been. The time has come to revisit that framework, summarizing its key insights and offering predictions for what might happen in the future.
Here’s part of what I wrote back in 2014:
First, let me tell you what you won’t find in this book. Despite a title that promises political analysis, The Revolt of the Masses has almost nothing to say about conventional party ideologies and alignments. Ortega shows little interest in fascism or capitalism or Marxism, and this troubled me when I first read the book. (Although, in retrospect, the philosopher’s passing comments on these matters proved remarkably prescient—for example his smug dismissal of Russian communism as destined to failure in the West, and his prediction of the rise of a European union.) Above all, he hardly acknowledges the existence of ‘left’ and ‘right’ in political debates.
Ortega’s brilliant insight came in understanding that the battle between ‘up’ and ‘down’ could be as important in spurring social and cultural change as the conflict between ‘left’ and ‘right’. This is not an economic distinction in Ortega’s mind. The new conflict, he insists, is not between “hierarchically superior and inferior classes…. upper classes or lower classes.” A millionaire could be a member of the masses, according to Ortega’s surprising schema. And a pauper might represent the elite.
The key driver of change, as Ortega sees it, comes from a shocking attitude characteristic of the modern age—or, at least, Ortega was shocked. Put simply, the masses hate experts. If forced to choose between the advice of the learned and the vague impressions of other people just like themselves, the masses invariably turn to the latter. The upper elites still try to pronounce judgments and lead, but fewer and fewer of those down below pay attention.
This dynamic is now far more significant than it was eight years ago. So I want to share 15 observations on the emerging vertical dimension of cultural conflict—these both define the rupture and try to predict how it will play out…
Read on for: “15 Observations on the New Phase in Cultural Conflict” from @tedgioia.bsky.social.
(Image above: source)
* José Ortega y Gasset in The Revolt of the Masses… where he also observed: “Liberalism – it is well to recall this today – is the supreme form of generosity; it is the right which the majority concedes to minorities and hence it is the noblest cry that has ever resounded in this planet. It announces the determination to share existence with the enemy; more than that, with an enemy that is weak. It was incredible that the human species should have arrived at so noble an attitude, so paradoxical, so refined, so acrobatic, so antinatural. Hence, it is not to be wondered at that this same humanity should soon appear anxious to get rid of it. It is a discipline too difficult and complex to take firm root on earth.”
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As we contend with contention, we might send rational birthday greetings to an avatar of the Enlightenment (which did so much to spawn liberalism), Francois-Marie Arouet, better known as Voltaire; he was born on this date in 1694. The Father of the Age of Reason, he produced works in almost every literary form: plays, poems, novels, essays, and historical and scientific works– more than 2,000 books and pamphlets (and more than 20,000 letters). He popularized Isaac Newton’s work in France by arranging a translation of Principia Mathematica to which he added his own commentary.
A social reformer, Voltaire used satire to criticize the intolerance, religious dogma, and oligopolistic privilege of his day, perhaps nowhere more sardonically than in Candide.
“The only thing that will redeem mankind is cooperation”*…
Industrial policy is on the rise around the world, as nations (and sometimes regions) create laws and policies that prioritize domestic competitiveness and economic benefit over free trade, using tools like investment, regulation, and tariffs. Increasingly these policies are being animated not only by economic, but also security concerns. (See, e.g., here and here.)
The traditional worry about policies like these is that they create barriers (thus tensions) between countries… which, at a time when the world desperately needs collaborative responses to global challenges like climate change, could be deeply problematic. But Nathan Gardels argues that industrial policy might be precisely what we need to set the stage for meaningful cooperation…
The remarkable story future historians will tell about the late 20th and early 21st century is how inviting a Communist Party-state to enter a global economy built on the capitalist principles of free trade and markets ended up transforming the neoliberal West into a bastion of protectionism and state-directed industrial policy of the same kind now condemned as unfairly advantaging China’s rise.
They will also note the further irony that the logic of opening to China in the 1970s — and of China’s opening to the West — had a national security premise of checkmating the Soviet Union. Half a century on, the Middle Kingdom is more closely aligned with Russia than in the later stages of the Cold War, primarily as a way to do the opposite: checkmate America’s continuing dominance of the very world order that enabled its rapid ascent.
Adding more complexity to this reversal of history are the related global challenges that have arisen in both East and West: decarbonization of fossil-fuel dependency to mitigate climate change while coping with the disruptions of the digital revolution and the advent of artificial intelligence.
These threads of deglobalization, climate and technological revolution have all converged in the competitive assertion of “industrial strategies” in which nation-building is integrally bound up with international security concerns. China is driven by the fear of not catching up, the United States by alarm at losing the upper hand and Europe by the angst of falling behind both and losing its strategic autonomy.
China’s industrial strategy is called “dual circulation,” essentially a policy of self-reliance and resilience in the face of newfound Western hostility. It is aimed at bolstering domestic consumption and production, including conquering the latest AI technologies with its own resources, while off-loading manufacturing overproduction abroad and expanding trading ties in the global South.
The U.S. strategy, as crafted by President Joe Biden, encompasses a broad array of protective tariffs and subsidies. The CHIPs Act and related policies seek to foster homegrown microchip production while denying frontier technologies to China and restructuring supply chains to friendly nations. The Inflation Reduction Act promotes extensive new investment in the green energy transition. Incongruously, at the same time, a tariff of 100% has been imposed on the import of Chinese electric vehicles. Further tariffs on component inputs, such as batteries sourced in China, are already on track.
Following the U.S, the European Union is also set to raise its own stiff tariff hikes on Chinese EVs as it pursues a European Green Deal to transition to renewables on its own terms. Europe also seeks to blunt the impact of the “buy American” restrictions of the IRA so that fleeing capital looking to exploit the subsidized U.S. market does not hollow out its own green industries before they can be firmly established.
Earlier this month, the former European central banker and one-time Italian prime minister, Mario Draghi, has gone the next step and plotted out a detailed, long-term “industrial strategy” to close the gap with the U.S. and China, which he calls “an existential challenge” to the European way of life.
“If Europe cannot become more productive,” Draghi writes in his report, “we will be forced to choose. We will not be able to become, at once, a leader in new technologies, a beacon of climate responsibility and an independent player on the world stage. We will not be able to finance our social model. We will have to scale back some, if not all, of our ambitions.”…
[Gardels unpacks both European and Australian industrial policy..]
… For all these divergent industrial strategies to succeed in the end depends largely on whether sustained nation-building investment outstrips the duration of protective measures that ought to be only a temporary respite from asymmetrical conditions while they are rebalanced.
To the extent these decoupled initiatives do succeed, they will, paradoxically, come to be regarded not as the antithesis of global cooperation, but as the precondition for it. Only when the power centers of China, the U.S. and Europe are assuredly in control of their own destiny will they be secure enough to open up and cooperate on the global issues that impact them all equally…
The case that divergent “industrial strategies” in the U.S., China, and Europe can create the security to open up: “The Precondition for Global Cooperation,” from @NoemaMag.
* Bertrand Russell
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As we reconfigure, we might spare a thought for a man who provided an important part the foundation on which opponents of industrial policy base their arguments: Pierre Le Pesant, sieur de Boisguilbert (or as he is more commonly known, simply Boisguilbert); he died on this date in 1714. A French Enlightenment law-maker and economist, he was the first of the great continental liberals– a proponent of laissez-faire and minimalist government and an early opponent of mercantilist “Colbertisme.” He is considered one of the fathers of the notion of an economic market.
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