Swedish musician Martin Molin’s Marble Machine, above, looks like the kind of top heavy, enchanted contraption one might find in a Miyazaki movie, galloping through the countryside on its skinny legs.
Those slender stems are but one of the design flaws that bother its creator, who notes that he hadn’t really taken into account the destructive power of 2000 flowing marbles (or more accurately, 11mm steel ball bearings).
It’s natural for someone so close to the project to fixate on its imperfections, but I think it’s safe to say that the rest of us will be bedazzled by all the giant musical Rube Goldberg device gets right. Hannes Knutsson’s “making of” videos below detail some of Molin’s labors, from recreating the sound of a snare drum with coasters, a contact mic and a box of basmati rice, to cutting wooden gears from a customizable template that anyone can download off the Internet.
If it looks like a time consuming endeavor, it was. Molin wound up devoting 14 months to what he had conceived of as a short term project, eventually designing and fabricating 3,000 internal parts.
The finished product is a feat of digital, musical, and physical skill. As Molin told Wired,
I grew up making music on Midi, and everyone makes music on a grid nowadays, on computers. Even before digital they made fantastic, programmable music instruments. In bell towers and church towers that play a melody they always have a programming wheel exactly like the one that is on the marble machine.
The “making of” videos highlight the difference between the recorded audio signal and the sound in the room where the machine is being operated. There’s something immensely satisfying about the insect-like click of all those marbles working in concert as they activate the various instruments and notes.
The machine also appears to give its inventor a rather brisk cardio workout.
Early 20th century modernism often seems to come out of nowhere, especially when our exposure to it comes in the form of a survey of singular great works. Each sculpture, film, or painting can seem sui generis, as though left by an alien civilization for us to find and admire.
But when you spend a great deal more time with modern art—looking over artists’ entire body of work and seeing how various schools and individuals developed together—it becomes apparent that all art, even the most radical or strange, evolves in dialogue with art, and that no artist works fully in isolation.
Take, for example, Monet’s Japanese Footbridge, above, from 1920. It’s a scene from his garden the early impressionist had painted many times over the decades. In this, one of his final paintings of the bridge, we see a riot of reds, oranges, and yellows in gestural brushstrokes that almost obscure the scene entirely. Though we know Monet had failing eyesight due to cataracts, a condition that lead to the vivid colors he saw in this period, it’s hard not to see some homage to Van Gogh, upon whose work Monet’s had a tremendous influence.
Above, we have Georgia O’Keeffe’s Lake George, Coat and Red from 1919, which abstracts the vivid patches of color characteristic of Edouard Manet’s work and the fauvism of Henri Matisse, both of whom greatly influenced American modernists like O’Keeffe, Edward Hopper, and Charles Demuth. These paintings reside at the Museum of Modern Art in New York (MoMA), along with many thousands more that show us the development and interrelationship of modern art in Europe and America. And you can see close to half of them, whether they’re on display or not, at the MoMA’s digital collection.
This online collection houses 90,000 works of art in all, to be precise. You can see, for example, Giorgio de Chirico’s The Song of Love, above, a typical painting for the surrealist that shows how much influence he had on the later Salvador Dali, who was only ten years old at the time of this work. At the top of the post, Fernand Leger’s Three Women, from 1921, shows the futurist and later pop art French painter in conversation with Picasso and Henri Rousseau.
From today on everybody around the world can access, study, print or remix a 3D dataset of Nefertiti’s head in high resolution. This data is accessible under a public domain without any charge, this torrent provides you a STL-file (100 MB)…
“Nefertiti Hack” goes on to say: “ ‘The Other Nefertiti’ is an artistic intervention by the two German artists Nora Al-Badri and Jan Nikolai Nelles. Al-Badri and Nelles scanned the head of Nefertiti clandestinely in the Neues Museum Berlin without permission of the Museum and they hereby announce the release of the 3D data of Nefertiti’s head under a Creative Commons Licence.… With regard to the notion of belonging and possession of objects of other cultures, the artists’ intention is to make cultural objects publicly accessible.”
As if not already controversial, this act of artistic vigilantism recently became more contentious when 3D scanning experts started questioning whether Al-Badri and Nelles could have produced such high quality scans with a Kinect hidden under a jacket (shown on a video here). It seems implausible, they say. And it has left some wondering, writes The New York Times, whetherAl-Badri and Nelles “somehow acquired the museum’s own scan of the bust, scanned a high-quality copy or produced the scan by some other means.” The answer is not yet clear.
In the meantime, according to Hyperallergic, the artists themselves used their scans “to create a 3D-printed, one-to-one polymer resin model” of the Nefertiti bust, which, they claim, “is the most precise replica of the bust ever made.” And that bust “will reside permanently in the American University of Cairo later this year as a stand-in for the original, 3,300-year-old work that was removed from its country of origin shortly after its discovery in 1912 by German archaeologists in Amarna.”
If there are updates to the story, I am sure Hyperallergic will have them.
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I just last week returned from a visit to Tokyo, where I did what I always do there: shop for magazines. Despite not paying the magazine shelves a whole lot of attention in Korea, where I live, and practically none at all in America, where I’m from, I can’t resist lingering for hours over the ones in Japan, a country whose print publishing industry seems much stronger than that of any other, and whose publications showcase the culture’s formidable design sensibility that has only grown more compelling over the centuries.
Will Schofield, who runs the international and historical book design blog 50 Watts, knows this, and he also knows that Japanese design has been making magazine covers interesting since Japan first had magazines to cover. The images here come from two of his posts, Extraordinary early 20th century magazine covers from Japan and 25 Vintage Magazine Covers from Japan. The earlier ones, which he describes as a mixture of “charming children’s covers with the creepy modernist covers,” come from Bookcover Design in Japan 1910s-40s. “Published in 2005 by PIE Books,” writes Schofield, “this incredible book is already out-of-print and becoming hard to find (it was actually hard for me to find and I spend hours per day searching for rare books).”
As for the more recent post, he writes that it “began as a compilation of magazine covers from the website of a Japanese antiquarian dealer. I dug through all 1500 or so images and saved (like a good little digital hoarder) hundreds to feature, though only 8 made the first cut.”
Both posts together present a curated collection of nearly 50 mostly prewar Japanese magazine covers, still vivid and of a decidedly high artistic standards these 70 to 103 years later. On my own shopping trip, I picked up an issue of Free & Easy, my favorite men’s style magazine published anywhere — its final issue, incidentally, and one whose cover, despite depicting no less an American icon than Dick Tracy, admirably carries this tradition of Japanese magazine art one step further.
It has long been thought that the so-called “Golden Ratio” described in Euclid’s Elements has “implications for numerous natural phenomena… from the leaf and seed arrangements of plants” and “from the arts to the stock market.” So writes astrophysicist Mario Livio, head of the science division for the institute that oversees the Hubble Telescope. And yet, though this mathematical proportion has been found in paintings by Leonardo da Vinci to Salvador Dali—two examples that are only “the tip of the iceberg in terms of the appearances of the Golden Ratio in the arts”—Livio concludes that it does not describe “some sort of universal standard for ‘beauty.’” Most art of “lasting value,” he argues, departs “from any formal canon for aesthetics.” We can consider Livio a Golden Ratio skeptic.
Far on the other end of a spectrum of belief in mathematical art lies Le Corbusier, Swiss architect and painter in whose modernist design some see an almost totalitarian mania for order. Using the Golden Ratio, Corbusier designed a system of aesthetic proportions called Modulor, its ambition, writes William Wiles at Icon, “to reconcile maths, the human form, architecture and beauty into a single system.”
Praised by Einstein and adopted by a few of Corbusier’s contemporaries, Modulor failed to catch on in part because “Corbusier wanted to patent the system and earn royalties from buildings using it.” In place of Leonardo’s Vitruvian Man, Corbusier proposed “Modulor Man” (below) the “mascot of [his] system for reordering the universe.”
Perhaps now, we need an artist to render a “Fractal Man”—or Fractal Gender Non-Specific Person—to represent the latest enthusiastic findings of math in the arts. This time, scientists have quantified beauty in language, a medium sometimes characterized as so imprecise, opaque, and unscientific that the Royal Society was founded with the motto “take no one’s word for it” and Ludwig Wittgenstein deflated philosophy with his conclusion in the Tractatus, “Whereof one cannot speak, thereof one must be silent.” (Speaking, in this sense, meant using language in a highly mathematical way.) Words—many scientists and philosophers have long believed—lie, and lead us away from the cold, hard truths of pure mathematics.
To determine whether the books had fractal structures, the academics looked at the variation of sentence lengths, finding that each sentence, or fragment, had a structure that resembled the whole of the book.
And it isn’t only Joyce. Through a statistical analysis of 113 works of literature, the researchers found that many texts written by the likes of Dickens, Shakespeare, Thomas Mann, Umberto Eco, and Samuel Beckett had multifractal structures. The most mathematically complex works were stream-of-consciousness narratives, hence the ultimate complexity of Finnegans Wake, which Professor Stanisław Drożdż, co-author of the paper published at Information Sciences, describes as “the absolute record in terms of multifractality.” (The graph at the top shows the results of the novel’s analysis, which produced a shape identical to pure mathematical multifractals.)
This study produced some inconsistencies, however. In the graph above, you can see how many of the titles surveyed ranked in terms of their “multifractality.” A close second to Joyce’s classic work, surprisingly, is Dave Egger’s post-modern memoir A Heartbreaking Work of Staggering Genius, and much, much further down the scale, Marcel Proust’s Remembrance of Things Past. Proust’s masterwork, writes Phys.org, shows “little correlation to multifractality” as do certain other books like Ayn Rand’s Atlas Shrugged. The measure may tell us little about literary quality, though Professor Drożdż suggests that “it may someday help in a more objective assignment of books to one genre or another.” Irish novelist Eimear McBride finds this “upshot” disappointing. “Surely there are more interesting questions about the how and why of writers’ brains arriving at these complex, but seemingly instinctive, fractals?” she told The Guardian.
Of the finding that stream-of-consciousness works seem to be the most fractal, McBride says, “By its nature, such writing is concerned not only with the usual load-bearing aspects of language—content, meaning, aesthetics, etc—but engages with language as the object in itself, using the re-forming of its rules to give the reader a more prismatic understanding…. Given the long-established connection between beauty and symmetry, finding works of literature fractally quantifiable seems perfectly reasonable.” Maybe so, or perhaps the Polish scientists have fallen victim to a more sophisticated variety of the psychological sharpshooter’s fallacy that affects “Bible Code” enthusiasts? I imagine we’ll see some fractal skeptics emerge soon enough. But the idea that the worlds-within-worlds feeling one gets when reading certain books—the sense that they contain universes in miniature—may be mathematically verifiable sends a little chill up my spine.
The late sixties and seventies produced an explosion of electronic music that arrived on the scene as an almost entirely new art form. So much so that when composer Wendy Carlos released an album of Bach compositions played on the Moog synthesizer, it was as though she had invented another genre of music, rather than played baroque pieces on a new instrument. We had foremothers like Delia Derbyshire, experimental bands like Silver Apples and Suicide, innovators like Brian Eno and David Bowie and Kraftwerk, disco pioneers like Giorgio Moroder and Donna Summer… the list of electronic musicians at work creating the genre before the 1980s could go on and on.
You won’t learn any of that from the 1983 documentary above, Discovering Electronic Music, which is not at all to damn the short film; on the contrary, what this presentation offers us is something entirely different from the usual survey course in great men and women of commercial music. With an understated, pedagogical tone, Discovering Electronic Music gently leads its viewers through a thoughtful introduction to electronic music itself—what it consists of, how it differs from acoustic music, what kind of equipment produces it, and how that equipment works.
There are many musicians featured here, but none of them stars. They demonstrate, with competency and professionalism, the ways various electronic instruments and (now seemingly prehistoric) computer systems work. We do hear lots of classical music played on synthesizers, though not by the enigmatic and reclusive Wendy Carlos. And we hear modern compositions as well, though few you’re likely to recognize, from “Jean-Claude Risset, Douglas Leedy, F.R. Moore, Stephan Soomil, Rory Kaplan, Geral Strang and more forgotten geniuses of early electronic music,” writes Electronic Beats.
Early in the film, its presenter talks about the specifically modern appeal of electronic music: composers can work directly with sound like a sculptor or painter, rather than composing on paper and waiting to hear that written music performed by musicians. Much of Discovering Electronic Music shows us composers and musicians doing just that, with the thoroughly matter-of-fact manner of the most compellingly dry public television documentaries and with the strangely soothing quality common to both Mr. Rogers’ Neighborhood and Bob Ross’s painting lessons. Like the sound of the analog synthesizers and antique computer sequencers it features, the documentary has an eerie beauty all its own.
Twitch.tv is launching a new Food Channel. And it’s getting things going with a marathon streaming of all 201 episodes of Julia Child’s now legendary TV series “The French Chef.”
Today, Twitch Creative is celebrating the joy of cooking with the launch of a brand new channel dedicated to all things food! Twitch.tv/Food will showcase cooking content 24/7 on Twitch Creative, and we’re kicking things off with an almighty marathon of all 201 episodes of Julia Child’s classic PBS cooking show, The French Chef.
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In the 1970s and 80s, a certain vivid, complex, and slightly frightening computer-graphics aesthetic rose in the zeitgeist. Though it has long passed into the realm of the retro, it remains imprinted on our minds, and we owe much of its look and feel to an artist named Lillian F. Schwartz. Trained in the art of Japanese calligraphy as a way of recovering from polio and later brought into the high technological ferment of late-1960s Bell Labs, Schwartz found herself well-placed to define what humanity would think of when they thought of the imagery generated by these promising new machines called computers.
Schwartz started creating a series of abstract films in the early 1970s, using not just computers but computers in combination with lasers, photographs, oil paints, and the full range of traditional film photography and editing gear.
You can watch 30 of her films on her web site, and at the top of this post you’ll find 1972’s Mutations. Schwartz’s site quotes the New York Times’ A.H. Weiler as describing its “changing dots, ectoplasmic shapes and electronic music” as “an eye-catching view of the potentials of the new techniques.”
Video-art fans will know the Paik video-synthesizer, or at least they’ll know Paik: Nam June Paik, that is, the Korean video artist who did plenty of artistic-technological pioneering of his own. Both he and Schwartz gave a great deal of thought to — and put a great deal of practice into — pushing the boundaries of technologies whose conventional uses the rest of us hadn’t quite learned yet. You can see Schwartz doing exactly that in The Artist and the Computer, the 1976 short documentary on her work, originally produced for AT&T, just above.
You can read more about Schwartz, back at Bell Labs and today, in the article “Art at the Edge of Tomorrow” by Jer Thorp. “I find it’s still an awesome experience to use a machine that — one can’t even fathom the speed,” she says in The Artist and the Computer as we watch her passing rows and rows of hulking mainframes with their racks of obscure peripherals and spinning reels of tape. “When you speak of nanoseconds, you can’t even grasp how fast these machines can work.” They work much faster now, of course, and we’ve grown used to it, even jaded about it — but Schwartz’s films capture our imaginations, in their inventive and eerie way, more than ever.
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