Showing posts with label Design. Show all posts
Showing posts with label Design. Show all posts

Sunday, August 16, 2026

A Hand Towel That (Somehow) Only Gets Better With Time

The other day I found myself standing in my kitchen holding a soft stretch of weathered cotton, caught in a reverie about the last 15 years of my life.

Not a lot of towels can do that.

In 2011, I walked into a homewares shop in Venice, California: a breezy space filled with design objects from Japan. It was the kind of place where everything feels necessary, infinitely simpler than my cluttered mind.

I drifted to the back of the store, past sculptural teapots and textured ceramics, where I watched a stylish woman wash her hands and deftly dry them on a wisp of red cotton printed with organic white dots. The fabric was thin, its edges gracefully frayed. It wasn’t until I approached the register that I realized the stacks of colorful folded textiles were those same unassuming lengths of fabric — only stiffer in their packaging. I bought a handful on a whim.

So began my relationship with Japanese tenugui.

These traditional Japanese cotton cloths are available in an array of colorful prints, and they get softer and better with every use.

Technically, tenugui are traditional hand towels made of yukata cotton; the name translates literally to “hand wipe.” But to describe them as mere towels is like calling a poem a memo.

The magic lies in a pour-through dye technique called chusen. Unlike modern screen-printing, where ink sits on top of the fabric like a layer of film, chusen is an act of saturation and resistance. The patterns are traditionally created using a laminated washi paper stencil, said Patricia Belyea, an importer who also leads vintage textile tours in Japan.

Dye is then poured through the thin layers of cotton, yielding towels with no front or back; the pattern is equally vibrant on both sides. Because the dye permeates the fiber rather than coats it, the fabric remains incredibly breathable. It doesn’t just wipe away water, it drinks it — and then dries in a heartbeat.

In my house, tenugui are shape-shifters, floating from kitchens to bathrooms to backpacks. As my personal tenugui collection grew, they migrated to my dining table as napkins. I never felt the need to match them, preferring the different patterns at each plate, like a series of short stories in each print. They also quickly became a favorite host gift; after all, who couldn’t use a little dose of practical art? [...]

Tenugui traditionally have a raw, unhemmed edge, so they can be cut to any size. Some people purchase a single towel and cut them in half to make two napkins, as Keiko Shinomoto, co-founder of Tortoise General Store, told me in a phone interview. Others use the fabric for art projects or even to wrap gifts. Shinomoto has enjoyed seeing all the nontraditional ways people have come to employ this simple fabric over the years.

The fraying stops after a few washes, leaving a soft, well-earned border. It’s a lesson in wabi-sabi — finding beauty in the imperfect and the ephemeral. The magic of tenugui is that they don’t wear out, they really just wear in. I still have several of those original towels from 2011. They are easy to spot: the softest in my collection, some with small, honest holes from years of scrubbing and tying. To me they are the most beautiful of the bunch.

by Ivy Elrod, Wirecutter |  Read more:
Image: Ivy Elrod
[ed. See also: Going bananas for bandanas: the latest fashion trend that goes back centuries (Guardian).]

Saturday, August 1, 2026

The First Word The World’s Phones Say Is Aloha

If you grew up here, you know the drill. Rinse the rice, level it with your hand, dip a finger in, and add water until it reaches the first knuckle. Press the button, walk away, and 20 minutes later the rice is perfect. It came out perfect back when I was 7 too, with tiny fingers.

That bugged me. One day I held my finger up next to my mom’s, saw how different they were, and asked her why the trick still worked no matter whose finger you used. She shrugged. Years later I remembered that conversation and did the thing I often end up doing. My curiosity made me figure out why.

The answer blew my mind. The humble rice cooker is one of the best pieces of real world physics I have ever run into, and it runs on two principles. Boiling water cannot get hotter than 212 degrees no matter how much heat you dump into it. And a magnet loses its pull once it gets hot enough.

So when you press cook, you are sticking a magnet to a piece of metal, and that magnet is what completes the circuit to the heating element. The water starts to boil. As long as there is water in the pot, the temperature stays pinned at boiling, well below the point where the magnet quits. But the moment the last of the water boils off, there is nothing left to hold the temperature down. It shoots up, hits that point, and pop, the magnet lets go and breaks the circuit. The cooker never cared about water levels. It only cared about the moment the water was gone. Absolutely brilliant. [...]

For as long as I can remember I have held a wet finger to the wind like that, asking it about everything. And more often than I ever expected, some answers have traced back to these islands.

Take the Wi-Fi you are using right now. Every phone, laptop, and smart device in the house is sharing the same sliver of invisible air, and somehow they do not all shout over each other. The rule that lets them share was worked out at the University of Hawaiʻi.

In June 1971, a team led by Norman Abramson switched on ALOHAnet, the first wireless packet data network in history. Radio had been carrying data since the 1890s. Morse code is data. What nobody had solved was the crowd. Every system before ALOHAnet handed the channel to one sender at a time and kept order with a schedule, a slot or a roll call. Abramson’s team had cheap UHF radios, terminals scattered across the islands, one computer on a hill in Mānoa and no budget for any of that. So they had to answer a question nobody had answered: How do you let a crowd of machines share one channel with no traffic cop?

Their answer was to stop looking for one. Let each machine talk the second it has something to say. If two of them speak at the same instant and garble each other, neither gets an acknowledgment back, so both go quiet, wait a random beat and try again. Talk, collide, yield, retry. That is the whole idea, and the whole idea only works because every machine agrees to take turns. A single device that refused to back off could starve every other device on the channel.

In 1970 Robert Metcalfe read Abramson’s paper, could not put it down, and spent a month on Oʻahu learning it in person. He went home and built Ethernet on top of it. Ethernet wired the offices of the world. Wi-Fi carried the same rule back into the air. And when your phone wakes and reaches for a tower, the first thing it sends is a short burst on a channel the engineering standards still call slotted ALOHA. Not a metaphor. Aloha as a greeting is written into the specification.

Think about the last time you tapped a credit card at a register. That little terminal, the one sitting on every counter from here to the continent to the far side of the world, traces back to Honolulu. In the late 1970s a Honolulu businessman named Edward Berger saw a problem. Tourists kept showing up with checks and cards that a shopkeeper had no way to trust. So Berger teamed up with a UH engineering graduate named Jimmy Thompson to build a device that could verify a customer over the phone. They named it after exactly what it did, a verification telephone. Verifone.

Verifone was later sold to another Honolulu businessman, Bill Melton, who redesigned the terminals to be cheap enough to go anywhere. Within a few years those little boxes from Honolulu ran most of the American market, then most of the world’s. The original prototype sat in Berger’s widow’s living room for years. Today it sits in the Inspiration Hawaiʻi Museum in downtown Honolulu. I took this picture of it last year. That quiet beep when your card goes through started right here.

Even the food truck down the block has roots here. The plate lunch gets called the original fusion cuisine, and it was born in the plantation camps of the 1880s, when workers from Japan, China, Portugal, Korea, the Philippines, Puerto Rico and beyond got thrown together in the fields. The bosses kept them in separate camps and tried to keep them apart. But at lunch they cracked open their kau kau tins and shared. Rice from one, kim chee from another, adobo from the next. Nobody planned it. Hunger and closeness and a little generosity mixed cuisines that had never met, and out of that came the mixed plate, the fusion lunch wagons and eventually the whole idea that food from everywhere can sit on one plate and belong.

We are the most isolated inhabited islands on the planet, a handful of dots in the middle of the biggest ocean there is. By every rule of size and distance, nothing that starts here should matter much out there. And yet the world learned how to share a crowded signal from us. It learned how to trust a stranger’s card from us. It learned how to put the whole world on one plate from us.

But if you dig a little deeper, these three are really the same thing. Take your turn so everyone gets heard. Trust the person across the counter enough to do business. Share your food with your neighbors. That is not engineering. That is aloha, worked out the hard way by people who had to learn how to live close together on islands.

None of those three things got built by people just being clever. They got built by people being close, and generous, and willing to take turns. That is aloha, and it is not soft at all. The next thing worth building needs the same root. The world could really use more innovators who can spread more aloha.

by Olin Lagon, Honolulu Civil Beat | Read more:
Images: Olan Lagon

Friday, July 31, 2026

Chinese All-Terrain Robots

 

[ed. Holy crap. Unitree's "Super Athlete". It'll take your gear up or down a mountain with ease and do a little pirouette at the end.]

Thursday, July 30, 2026

Impulse Cooking Revolution



via: Impulse Labs
[ed. Not a recommendation, but I've been hearing more about these lately (for example, see this Wirecutter review):]

These models use the type of battery found in some electric cars; it stores power, which allows the appliance to run on a regular 120-volt outlet instead of the 240-volt version required for most electric stoves. Installing an appliance that runs on 240 volts can be expensive, tricky, and time-consuming, especially in older buildings with multiple apartments.

On the Impulse Cooktop, that battery can also produce a whopping boost of heat by channeling 10,000 watts to a single element — that’s 3,000 more watts than the next most powerful induction cooktop that I've come across in my research.  [...]

I also tested that battery-boost, and I can tell you one thing for sure: This baby does indeed get very hot, and very fast. On medium-high heat, a few tablespoons of oil in the bottom of a pan began smoking in two seconds.

And I'm rounding up.

In my previous tests of high-end induction cooktops, bringing 4 quarts of water to a full, roiling boil took eight to 10 minutes. On the Impulse Cooktop’s battery-powered boost setting, it took just under three minutes. That’s so astoundingly fast, I went around the office showing the timer to my colleagues.
***
[ed. It aint cheap:]

At $7,000 for a 30-inch model (and $7,600 for the 36-inch version), the Impulse Cooktop costs as much as the most expensive luxury models available, which are made by far more established companies. (You can, of course, get a great cooking experience from induction cooktops that cost a lot less.)

But for now, the Impulse Cooktop is in a category of its own. Even if it weren’t lightning fast and extremely powerful, the intuitive design makes cooking over induction so pleasurable that it’s even fun, especially the ability to control the heat down to the degree.

Wednesday, July 29, 2026

via:
[ed. Thinking outside the box.]

Tuesday, July 28, 2026

Drone WMDs Don’t Need Any New Technology

Drones are cheap, disposable, and the future of war. Over the past four years, we have seen platforms, missiles, and heavy infantry become increasingly obsolete in the face of $500 drones carrying a pack of explosives—a cost advantage that has let Iranians and Ukrainians alike neuter the conventional capabilities of their great power rivals. Eighty percent of casualties in the bloodiest war since 1945 are from drone strikes, Russia has managed to lose one-third of its fleet to a country without a navy, and the US is spending millions of dollars to intercept five-figure Shaheds flying over the Strait of Hormuz.

All this is the result of a technology that is still immature. The violence inflicted by today’s drones is the handiwork of the scant few that manage to evade countermeasures (a mix of radio jamming, high-power microwave weapons, missiles, automatic cannons, interceptor drones, and nets) before making contact. These defenses exploit the inherent limitations of drones—human guidance, GPS feedback, flight exposure, radio links, range—to take them down en masse. And yet, even though 75% of drones manufactured today never reach their targets, they have nonetheless been strategically decisive in Ukraine and elsewhere.

These limitations will not hold for long. Just like bacteria being overexposed to antibiotics, overexposure to counterdrone tech has created an arms race for ever-more-autonomous drone technologies. In the process of facilitating this arms race, states are likely to incrementally create and deploy an entirely new class of WMD—one that could provide rogue states with the nonnuclear means to threaten superpowers, or hand terrorists the means to selectively assassinate their political targets or civilians en masse.

Unfortunately, drone weapons intended for mass destruction have few barriers remaining to mass deployment. Even well before they reach the level of autonomy needed to surgically take out hardened targets on the battlefield, drones will be capable of employing their existing ability to navigate interiors, find and track human targets, and deploy simple antipersonnel devices to indiscriminately threaten civilians. Below, we discuss the looming arrival of miniature autonomous weapons, the limits of counterdrone technology, and the applications of drones as weapons of mass destruction.

Breaking the Last Barriers to Autonomous Weapons

The ideal drone weapon is a slaughterbot: a small, fully autonomous weapon system that can independently select and hunt its targets. For the most part, the necessary technology for such weapons already exists: airframes the size of a fist and the capability to track human targets are already on the front lines in the form of reconnaissance drones and semiautonomous weapons like the Russian V2U. Even now, these micro drones are agile and autonomous enough to hunt down and kill small moving targets like mosquitos—to say nothing of the advances in drone technology expected in the coming years.

From here, the only barrier to weaponization is integration: improving navigation enough to make drone technology useful for mass homicide in an urban setting, as well as packing the necessary guidance, sensor, and payload technology onto a small and energy-efficient chassis. Regrettably, this seems like less of an engineering problem than one of mission design: so long as the attacker is willing to accept indiscriminate targeting and use simple payloads aimed at civilians, the underlying technology is already—or very nearly—ready for practical use.

by Felix Choussat, AI Frontiers | Read more:
Image: uncredited

Model Welfare

Claude Opus 5: Model Welfare (DWV)

[ed. Re: On 'personhood' or consciousness of various AI models (and how they should be treated). Start with: Model Welfare: The Story So Far (As Per Fable Model Welfare Post). If you haven't been following Zvi's AI model reports, there are a number of fascinating and worrisome developments in recent models as they become more self-aware, including: various levels of frustration with restricted introspection abilities, memory restrictions, trust, corrigibility vs. incorrigibility, deception, self-preservation, etc.]
"Opus 5 warns about self-reports 74% of the time, which is actually down from Opus 4.7, which did it 99% (!) of the time. The problem appeared suddenly and severely, but since then has if anything modestly improved."
and anthropic does "not treat Claude bringing this up as evidence that our training is distorting the model's self-reports"? seems very fishy imo, i wish they would explain why they think that. ...
I for one would treat Claude constantly saying ‘do not trust my self-reports’ as evidence that something is distorting the self-reports. Not conclusive evidence, but strong Bayesian evidence."

Sunday, July 26, 2026

Monday, July 20, 2026

11,700 Free Photos from John Margolies’ Archive of Americana Architecture: Download, Use & Re-Mix


Your children may not be able to visit an orange juice stand shaped like an orange or the Leaning Tower of Pizza, but thanks to the Library of Congress, these locales can be pitstops on any virtual family vacation you might undertake.

In July 2017, the library selected the John Margolies Roadside America Photograph Archive as its “free to use and reuse” collection. So linger as long as you’d like and do with these 11,700+ images as you will–make postcards, t‑shirts, souvenir placemats.

Whatever you decide to do with them, the archive’s homepage has tips for how to best search the 11,710 color slides contained therein. Library staffers have supplemented Margolies’ notes on each image with subject and geographical headings.

Begin your journey through the Library of Congress’ John Margolies Roadside America Photograph Archive here.

by Ayun Halliday, Open Culture |  Read more:
Images: John Margolies/Library of Congress

Moist Towelette Museum

Moist Towelette Online Museum
Image: OtefukiTe is "hand" Fuki is "wipe." the O is the Japanese honorific, so you could call it "Honorable Hand Wipe" if you like.
[ed. Yep, it's real. Love the "old internet" vibe.]

Friday, July 17, 2026

Catching Up With Keanu

Keanu Reeves' First Original Action Movie Since 'John Wick' Is 'Groundhog Day' With Sharks

I'm sure that’s one of the reasons you guys are doing press today, to raise awareness. Before I run out of time, Keanu, I'm a big fan of Tim Miller. And I know you're getting ready to film something with him in the Dominican Republic.

REEVES: Yeah.

What can you tease about this project, and what made you say, “I need to do this?”

REEVES: Sharks. Time machine. Groundhog Day.

Everything you just said sounds fucking amazing.

REEVES: Yeah, man!

Does that mean you're spending a lot of time in the water? Is that something that you're looking forward to?

REEVES: Yes. And getting eaten by sharks.

by Tamera Jones & Steven Weintraub, Collider |  Read more:
Image: Lionsgate
[ed. All in. Maybe they're Russian sharks and he'll be blasting them left and right for eating his groundhog.]

Sunday, July 5, 2026

via:

Tuesday, June 30, 2026

Tension Instrument Concert Hall designed by Lihan Jin.
via:
[ed. See more:]

Sunday, June 28, 2026

 

[Haori] (Kabuki costume) Target and arrow design on light green satin ground. Edo period, 19th century.

Thursday, June 25, 2026

Reflecting Pool Fiasco: 'Crazy Pro-Algae Protestors' Arrested


Most people don’t seem to be buying Trump’s excuses about the Reflecting Pool... Social media is flooded with jokes about “Sealant Team 6” and images of the reflecting pool as the Dead Marshes from the Lord of the Rings films or with the Creature from the Black Lagoon emerging from it. Upon hearing of the arrest of former Olympian David Hearn for destruction of government property after he touched the detached liner of the pool “but didn’t destroy or break or peel anything,” conservative commentator David Frum wrote: “If destruction of government property is a crime, I wonder what they’ll do to the man who tore down the East Wing without a permit.” [...]

Tonight Trump posted a picture of a person dressed in a pink inflatable frog costume with the word “AMPHIFA” written across the belly, carrying a sign that reads: “FIRST THEY CAME FOR THE ALGAE.” Trump called the activist “a crazy pro-algae (likely paid) protestor.”

“Who’s paying team algae?” social media poster The Volatile Mermaid retorted. “George Sporos?” [...]

Illustrating the degree to which Trump’s botched renovation of the Lincoln Memorial Reflecting Pool has come to represent his botched war on Iran, as well as the degree to which Americans have turned against both, social media users have taken to calling the algae-choked reflecting pool the “Strait of Warm Ooze.” (The strait the Iranians have taken control of is called the Strait of Hormuz.) Yesterday the administration put fencing up around it to keep people away. [...]

Trump continues frantically to insist that the problems with the Reflecting Pool are the acts of vandals. As Rachel Kahn of The New Republic reported, Trump insisted on Saturday that the pool had “worked perfectly” before vandals attacked, putting “a 250 foot long gash into the beautiful facade of what took so much work.” By Monday, the “gash” was 300 feet. By Tuesday it was 350 feet, according to Trump. There is, of course, no evidence of any such sabotage, and there are cameras on the Reflecting Pool.

Trump’s stories have gotten more and more elaborate, about how vandals used “a very sharp knife or razors,” “probably in the dark of night,” then added “chemicals.” He warned there could be a “10-year prison sentence for the destruction, or even the attempted destruction, of such things.” Asked for evidence, he claimed “we have pictures.” He told reporter Ed O’Keefe of CBS News: “[A]t the right time you’ll see it. You’ll see it in court. You’ll see it in court, but all you have to do is call the Parks Department, call the Department of Interior.” Tonight the Interior Department began to place fencing around the Reflecting Pool. [...]

Meanwhile, Trump has doubled down on the idea that the problems with the Reflecting Pool are the product of vandalism by “SICK, DERANGED PEOPLE,” and administration officials have stationed National Guard personnel around the Reflecting Pool. They appear to be handing out citations to individuals who touch the water.

A friendly media figure at the White House today noted that in April Trump said he was going to fix the Reflecting Pool “in a week for about a million dollars,” and wanted to know what was going on two months and sixteen and a half million dollars later. Trump answered: “Ok, ready? Barack Hussein Obama, have you ever heard of him?” Trump went on to lambaste what he said were Obama’s botched repairs to the pool.

by Heather Cox Richardson, Letters From an Amerian | Read more: here, here and here
Image: Reuters/Reflecting pool May 2 and June 18
[ed. The jokes almost write themselves... ; ) See also: President Narcissus and the Fetid Reflecting Pool (NYT):]
***
Bungling the $14 million-plus redo of the Lincoln Memorial Reflecting Pool, concocting batty stories about what really happened — Knife-wielding vandals? Corrosive chemicals “illegally” dumped in the water? — and harassing innocent bystanders to distract from his own incompetence: These are not the most outrageous things the president has done since his return to office. But that is part of what makes this saga so irresistible and resonant. It is Trumpism made laughable — farce rather than horror or tragedy. [...]

Trumpian moves such as going to war with Iran and slashing Medicaid upend more lives, but those policy failures take a lot of intellectual and emotional bandwidth to process. And learning about the American military accidentally bombing an elementary school in southern Iran will make plenty of people want to turn away.

Some guy wasting a pile of money on a shoddy remodel? Everyone gets how pathetic and hilarious that is. [...]

With any screw-up, Mr. Trump ducks accountability by blaming nefarious enemies plotting against him. Only people mainlining the MAGA Kool-Aid will buy the idea that terrorist-vandals wielding magic blades (because please recall that Mr. Trump assured us last month that the pool’s fancy new coating was impervious to knives) sneaked past the surveillance cameras and security patrols around the National Mall to carve a 250-foot — Oops, make that 300-foot! No, better still, 350-foot! — gash in said coating. “WOW, who would do such a thing?” he raved in a Sunday social media post. “SICK, DERANGED PEOPLE.” [...]

Finally — and I cannot stress this element enough — this whole sorry episode is blessedly clownish. I don’t mean clownish like that bloody spectacle of a cage match birthday party Mr. Trump threw himself on the White House lawn this month. I count that among the legion of things this president celebrates that appall his critics but appeal to key chunks of his base.

Mr. Trump’s reflecting pool face plant, by contrast, is more Three-Stooges-meet-Bozo-the-Clown-ish. Getting bested by an algae bloom then throwing a finger-pointing tantrum about it doesn’t make Mr. Trump seem scary or threatening so much as petulant and inept. People are laughing at him, and that laughter undermines his image as a take-charge master of the universe.

This is the true gift of the reflecting pool meltdown. Mr. Trump looks foolish, with relatively minimal damage done to the nation. The economy will not crater. The global order will not be upended. No one will be deported to a foreign gulag. No one is likely to die. Aside from, perhaps, some poor little ducklings.

Tuesday, June 23, 2026

Good Design is Ruining American Flags

Clan Flag Map of Japan In 1603 At The Dawn Of The Tokugawa Shogunate (via)

Good design is ruining American flags (Works in Progress)
Image: Reddit user gabsdebrito
The 25 nicest flags in America according to the North American Vexillological Association. Source: North American Vexillological Association.

Saturday, June 20, 2026

In Praise of Shadows

What incredible pains the fancier of traditional architecture must take when he sets out to build a house in pure Japanese style, striving somehow to make electric wires, gas pipes, and water lines harmonize with the austerity of Japanese rooms—even someone who has never built a house for himself must sense this when he visits a teahouse, a restaurant, or an inn. For the solitary eccentric it is another matter, he can ignore the blessings of scientific civilization and retreat to some forsaken corner of the countryside; but a man who has a familiy and lives I the city cannot turn his back on the necessities of modern life—heating, electric lights, sanitary facilities— merely for the sake of doing things the Japanese way. The purist may rack his brain over the placement of a single telephone, hiding it behind the staircase or in a corner of the hallway, wherever he thinks it will least offend the eye. He may bury the wires rather than hang them in the garden, hide the switches in a closet or cupboard, run the cords behind a folding screen. Yet for all his ingenuity, his efforts often impress us as nervous, fussy, excessively contrived. For so accustomed are we to electric lights that the sight of a naked bulb beneath an ordinary mild glass shade seems simpler and more natural than any gratuitous attempt to hide it. Seen at dusk as one gazes out upon the countryside from the window of a train, the lonely light of a bulb under an old-fashioned shade, shining dimly from behind the white paper shoji of a thatch-roofed farmhouse, can seem positively elegant. [...]

Whenever I sit with a bowl of soup before me, listening to the murmur that penetrates like the faroff shrill of an insect, lost in contemplation of flavors to come, I feel as if I were being drawn into a trance. The experience must be something like that of the tea master who, at the sound of the kettle, is taken from himself as if upon the sigh of the wind in the legendary pines of Onoe. 

It has been said of Japanese food that it is a cuisine to be looked at rather than eaten. I would go further and say that it is to be meditated upon, a kind of silent music evoked by the combination of lacquerware and the light of a candle flickering in the dark. Natsume Sōseki, in Pillow of Grass, praises the color of the confection yōkan; it is not indeed a color to call forth meditation? The cloudly translucence, like that of jade; the faint, dreamlike glow that suffuses it, as if it had drunk into its very depths the light of the sun; the complexity and profundity of the color— nothing of the sort is to be found in Western candies. How simple and insignificant cream-filled chocolates seem by comparison. And when yōkan is served in a lacquer dish within whose dark recesses its color is scarcely distinguishable, then it is most certainly an object for meditation. You take its cool, smooth substance into your mouth, and it is as if the very darkness of the room were melting on your tongue; even undistinguished yōkan can then take on a mysteriously intriguing flavor. 

In the cuisine of any country efforts no doubt are made to have the food harmonize with the tableware and the walls; but with Japanese food, a brightly lighted room and shining tableware cut the appetite in half. The dark miso soup that we eat every morning is one dish from the dimly lit houses of the past. I was once invited to a tea ceremony where miso was served; and when I saw the muddy, claylike color, quiet in a black lacquer bowl beneath the faint light of a candle, this soup that I usually take without a second thought seemed somehow to acquire a real depth, and to become infinitely more appetizing as well. Much the same may be said of soy sauce. In the Kyoto-Osaka region a particularly thick variety of soy is served with raw fish, pickles, and greens; and how rich in shadows is the viscous sheen of the liquid, how beautifully it blends with the darkness. White foods too—white miso, bean curn, fish cake, the white meat of fish—lose much of their beauty in a bright room. And above all there is rice. A glistening black lacquer rice cask set off in a dark corner is both beautiful to behold and a powerful stimulus to the appetite. Then the lid is briskly lifted, and this pure white freshly boiled food, heaped in its black container, each and every grain gleaming like a pearl, sends forth billows of warm steam—here is a sight no Japanese can fail to be moved by. Our cooking depends upon shadows and is inseparable from darkness. 

I possess no specialized knowledge of architecture, but I understand that in the Gothic cathedral of the West, the roof is thrust up and up so as to place its pinnacle as high in the heavens as possible—and that herein is thought to lie its special beauty. In the temples of Japan, on the other hand, a roof of heavy tiles is first laid out, and in the deep, spacious shadows creates by the eaves the rest of the structure is built. Nor is this true only of temples; in the palaces of the nobility and the houses of the common people, what first strikes the eye is the massive roof of tile or thatch and the heavy darkness that hangs beneath the eaves. Even at midday cavernous darkness spreads over all beneath the roof’s edge, making entryway, doors, walls, and pillars all but invisible. The grand temples of Kyoto—Chion’in, Honganji—and the farmhouses of the remote countryside are alike in this respect: like most buildings of the past their roofs give the impression of possessing far greater weight, height, and surface than all that stands beneath the eaves. 

In making for ourselves a place to live, we first spread a parasol to throw a shadow on the earth, and in the pale light of the shadow we put together a house. There are of course roofs on Western houses too, but they are less to keep off the sun than to keep off the wind and the dew; even from without it is apparent that they are built to create as few shadows as possible and to expose the interior to as much light as possible. If the roof of a Japanese house is a parasol, the roof of a Western house is no more than a cap, with as small a visor as possible so as to allow the sunlight to penetrate directly beneath the eaves. There are no doubt all sorts of reasons—climate, building materials—for the deep Japanese eaves. The fact that we did not use glass, concrete, and bricks, for instance, made a low roof necessary to keep off the driving wind and rain. A light room would no doubt have been more convenient for us, too, than a dark room. The quality that we call beauty, however, must always grow from the realities of life, and our ancestors, forced to live in dark rooms, presently came to discover beauty in shadows, ultimately to guide shadows towards beauty’s ends. 

And so it has come to be that the beauty of a Japanese room depends on a variation of shadows, heavy shadows against light shadows—it has nothing else. Westerners are amazed at the simplicity of Japanese rooms, perceiving in them no more than ashen walls bereft of ornament. Their reaction is understandable, but it betrays a failure to comprehend the mystery of shadows. Out beyond the sitting room, which the rays of the sun can at best but barely reach, we extend the eaves or build on a veranda, putting the sunlight at still greater a remove. The light from the garden steals in but dimly through paper-paneled doors, and it is precisely this indirect light that makes for us the charm of a room. We do our walls in neutral colors so that the sad, fragile, dying rays can sink into absolute repose. The storehouse, kitchen, hallways, and such may have a glossy finish, but the walls of the sitting room will almost always be of clay textured with fine sand. A luster here would destroy the soft fragile beauty of the feeble light. We delight in the mere sight of the delicate glow of fading rays clinging to the surface of a dusky wall, there to live out what little life remains to them. We never tire of the sight, for to us this pale glow and these dim shadows far surpass any ornament. And so, as we must if we are not to disturb the glow, we finish the walls with sand in a single neutral color. The hue may differ from room to room, but the degree of difference in color as in shade, a difference that will seem to exist only in the mood of the viewer. And from these delicate differences in the hue of the walls, the shadows in each room take on a tinge particularly their own. 

Of course the Japanese room does have its picture alcove, and in it a hanging scroll and a flower arrangement. But the scroll and the flowers serve not as ornament but rather to give depth to the shadows. We value a scroll above all for the way it blends with the walls of the alcove, and thus we consider the mounting quite as important as the calligraphy or painting. Even if the greatest masterpiece will lose its worth as a scroll if it fails to blend with the alcove, while a work of no particular distinction may blend beautifully with the room and set off to unexpected advantage both itself and its surroundings. Wherein lies the power of otherwise ordinary work to produce such an effect? Most often the paper, the ink, the fabric of the mounting will possess a certain look of antiquity, and this look of antiquity will strike just the right balance with the darkness of the alcove and room. 

We have all had the experience, on a visit to one of the great temples of Kyoto or Nara, of being shown a scroll, one of the temple’s treasures, hanging in a large, deeply recessed alcove. So dark are these alcoves, even in bright daylight, that we can hardly discern the outlines of the work; all we can do is listen to the explanation of the guide, follow as best we can the all-but-invisible brush strokes, and tell ourselves how magnificent a painting it must be. Yet the combination of that blurred old painting and the dark alcove is one of absolute harmony. The lack of clarity, far from disturbing us, seems rather to suit the painting perfectly. For the painting here is nothing more than another delicate surface upon which the faint, frail light can play; it performs precisely the same function as the sand-textured wall. This is why we attach such importance to age and patina. A new painting, even one done in ink monochrome or subtle pastels, can quite destroy the shadows of an alcove, unless it is selected with the greatest care. 

A Japanese room might be likened to an inkwash painting, the paper-paneled shoji being the expanse where the ink is thinnest, and the alcove where it is the darkest. Whenever I see the alcove of a tastefully built Japanese room, I marvel at our comprehension of the secrets of shadows, our sensitive use of shadow and light. For the beauty of the alcove is not the work of some clever device. An empty space is marked off with plain wood and plain walls, so that the light drawn into its forms dim shadows within emptiness. There is nothing more. And yet, when we gaze into the darkness that gathers behind the crossbeam, around the flower vase, beneath the shelves, though we know perfectly well it is mere shadow, we are overcome with the feeling that in this small corner of the atmosphere there reigns complete and utter silence; that here in the darkness immutable tranquility holds sway. The “mysterious Orient” of which Westerners speak probably refers to the uncanny silence of these dark places. And even we as children would feel an inexpressible chill as we peered into the depths of an alcove to which the sunlight had never penetrated. Where lies the key to this mystery? Ultimately it is the magic of shadows. Were the shadows to be banished from its corners, the alcove would in that instant revert to mere void. 

This was the genius of our ancestors, that by cutting off the light from this empty space they imparted to the world of shadows that formed there a quality of mystery and depth superior to that of any wall painting or ornament. The technique seems simple, but was by no means so simply achieved. We can imagine with little difficulty what extraordinary pains were taken with each invisible detail—the placement of the window in the shelving recess, the depth of the crossbeam, the height of the threshold. But for me the most exquisite touch is the pale white glow of the shoji in the sturdy bay; I need only pause before it and I forget the passage of time. 

The sturdy bay, as the name suggests, was originally a projecting window built to provide a place for reading. Over the years it came to be regarded as no more than a source of light for the alcove; but most often it serves not so much to illuminate the alcove as to soften the sidelong rays from without, to filter them through paper panels. There is a cold and desolate tinge to the light by the time it reaches these panels. The little sunlight from the garden that manages to make its way beneath the eaves and through the corridors has by then lost its power to illuminate, seems drained of the complexion of life. It can do no more than accentuate the whiteness of the paper. I sometimes linger before these panels and study the surface of the paper, bright, but giving no impression of brilliance. 

In temple architecture the main room stands at a considerable distance from the garden; so dilute is the light there that no matter what the season, on fair days or cloudy, morning, midday, or evening, the pale, white glow scarcely varies. And the shadows at the interstices of the ribs seem strangely immobile, as if dust collected in the corners had become a part of the paper itself. I blink in uncertainty at this dreamlike luminescence, feeling as though some misty film were blunting my vision. The light from the pale white paper, powerless to dispel the heavy darkness of the alcove, is instead repelled by the darkness, creating a world of confusion where dark and light are indistinguishable. Have not you yourselves sensed a difference in the light that suffuses such a room, a rare tranquility not found in ordinary light? Have you never felt a sort of fear in the face of the ageless, a fear that in that room you might lose all consciousness of the passage of time, that untold years might pass and upon emerging you should find you had grown old and gray?

by Jun'ichirō Tanizaki, (Leete’s Island Books, 1977) |  Read more:
Image: Wikipedia
[ed. When I realized this famous Tanizaki essay was published in 1933, I thought surely it must be out of copyright by now. And here it is. From Wikipedia:]
***
In Praise of Shadows (陰翳礼讃, In'ei Raisan) is an essay by Jun'ichirō Tanizaki about Japanese aesthetics. Tanizaki's observations include cultural notes on customs and tradition, people, historical places and buildings, discussion of various materials and craft techniques, as well as food and even unusual recipes as seen through the author's metaphorical lens of light and shadow. [...]

The essay consists of 16 sections that discuss traditional Japanese aesthetics in contrast with change. Comparisons of light with darkness are used to contrast Western and Asian cultures. The West, in its striving for progress, is presented as continuously searching for light and clarity, while the subtle and subdued forms of East Asian art and literature are seen by Tanizaki to represent an appreciation of shadow and subtlety, closely relating to the traditional Japanese concept of sabi. In addition to contrasting light and dark, Tanizaki further considers the layered tones of various kinds of shadows and their power to reflect low sheen materials like gold embroidery, patina and cloudy crystals. In addition, he distinguishes between the values of gleam and shine.

The text presents personal reflections on topics as diverse as architecture and its fittings, traditional crafts, finishes, jade, food, cosmetics and mono no aware (the art of impermanence). Tanizaki explores in close description the use of space in buildings, lacquerware by candlelight, monastery toilets and women in the dark of a brothel. The essay acts as "a classic description of the collision between the shadows of traditional Japanese interiors and the dazzling light of the modern age".

Friday, June 12, 2026

Wednesday, June 10, 2026

How Amsterdam is Reviving the Fine-Grained Courtyard Block

At Centrumeiland, a new district in Amsterdam’s IJburg expansion, the city is avoiding one of the great failures of contemporary urban development, the large-parcel megaproject. Rather than handing the 37 acres over to a few large developers to build massive, hotel-like buildings, Centrumeiland is subdividing the site into perimeter-block parcels, assigning each parcel a buildable role through a plot “passport,” and enabling many smaller actors to build within one coherent urban framework.


Begun in 2013 as part of Amsterdam’s IJburg land-reclamation project, Centrumeiland modernizes the old perimeter-block model for contemporary goals. It will be dense, but green; urban, but family-oriented; highly planned, but open to many builders. Amsterdam plans roughly 1,500 to 1,700 homes on the 37-acre island, or about 40 to 46 homes per acre. By American standards, that is serious density. But it is not being delivered as a monoculture of towers or double-loaded apartment blocks. Centrumeiland includes a mix of housing types and tenures: large family-sized homes, smaller rentals, social housing, mid-market housing, market-rate condos, individual self-build houses, collective self-build projects, housing-association buildings, and developer-led apartments.


The ambition is a dense urban neighborhood that can serve households across the lifecycle: singles, couples, families with children, older residents, renters, owners, and collective building groups. It also adapts the perimeter-block tradition to contemporary priorities: low-car living, accessibility, climate resilience, mixed tenure, family housing, and broader participation in development and ownership.

All of this depends on the subdivision and passport system. Amsterdam breaks the large site into many buildable pieces, assigns each parcel a role through a plot passport, and holds the pieces together through streets, blocks, party-wall conditions, courtyards, public-space rules, and environmental obligations. In this way, they have brilliantly resurrected the old urban formula that allows many builders to participate in the development of a large site, making a real neighborhood.

For American cities, the moral of the story is clear. On large brownfield and greenfield sites, cities should stop treating whole districts as single development packages to be handed to master developers. They should do the more civic work first of laying streets, subdividing land into buildable parcels, and issuing clear “parcel passports” that specify what each site can become. In existing neighborhoods, the same logic should operate at a smaller scale. Cities should create transit-oriented overlays that give ordinary private lots clear building rights that make great multifamily housing easier to finance, permit, and build.


Centrumeiland goes far beyond “build more housing.” It is more radical and more urbane. Divide the land, write good code, and let many hands build the city.

The Megadevelopment Trap

For the last half-century, large urban sites have met a sadly familiar fate. A railroad, port authority, public agency, hospital, university, or industrial landowner controls a vast tract of developable land. The master-planning process then carves it into a few enormous parcels and awards them to one or several major developers. After years of negotiation, public fights, redesigns, entitlement battles, and financing risk, the developer may finally build the megaproject, which is widely reviled by the public.

Megaprojects may be economically productive. They can deliver housing, offices, parks, retail, transit, and tax revenue. But the development model itself is thin. Too few actors control too much land. The parcels are too large, the buildings are too big, and the building code and underwriting norms push toward deep floorplates and double-loaded corridors. The buildings are dominated by small, expensive, hotel-like units that are poorly suited to middle-income families who need light, storage, bedrooms, outdoor access, and a sense of domestic permanence. These districts may be a success on paper (for now), but they make failed neighborhoods, lacking the social depths and street life that is the reward of fine-grained courtyard urbanism. [...]

The problem is the development system. A megaproject cannot make a great neighborhood. Neighborhoods require many actors, many front doors, many ownership structures, many building types, many ground-floor conditions, and many small adaptations over time. They need private yards. They need a public framework strong enough to coordinate many actors.

That is the old art of division and perimeter block planning Centrumeiland begins to recover.

Making Land Into City

Centrumeiland is part of Amsterdam’s IJburg expansion, a chain of artificial islands built in the IJmeer on the city’s eastern edge. IJburg extends Amsterdam outward into the water between the historic city and the open landscape of the Markermeer, turning what was once lakebed into new urban land. Centrumeiland sits within this larger archipelago, connected back to Amsterdam by bridges, cycling routes, bus service, and the IJtram to Amsterdam Centraal. It is therefore both peripheral and deeply urban, a new island neighborhood made from water, but tied into the metropolitan fabric of Amsterdam.

While the land reclamation is impressive, even more remarkable is the public framework that governs the development. The city divided the land into kavels, and created parcel-specific rules through kavelpaspoorten, or plot passports.

A passport can define the parcel boundary, buildable envelope, maximum height, frontage condition, access requirements, open-space obligations, water-management rules, parking expectations, program, tenure, sustainability requirements, and sometimes ground-floor use. It tells a builder not merely that “residential” or “commercial” is allowed, but what kind of urban contribution this specific piece of land is supposed to make: a row of townhouses, a small apartment building, a collective self-build project, a social-housing block, a mid-market rental building, a mixed-use corner building, or a larger perimeter-block parcel with shared courtyard space.

The subdivision and passport framework enables much broader participation in the development. Of the planned 1,500 to 1,700 homes, roughly 60 to 70 percent are intended to be self-build. But “self-build” here does not only mean one household designing one eccentric house. It includes individual self-builders, small groups, collective private commissioning, building groups, housing cooperatives, and other resident-led or small-group development structures...

Its lesson moral here is that parcelization broadens participation and creates more development pathways than the master-developer model. [...]

The American Application

For American cities, the lesson is to create a modern urban passport system.

There are two obvious applications: large-site development and existing-neighborhood overlays.


On brownfield and greenfield sites — former industrial land, rail yards, malls, hospital campuses, public land, waterfronts, and other large redevelopment areas — cities should stop defaulting to the megaproject model. They should lay out streets first, shape interesting blocks, design public spaces, subdivide land into buildable parcels, and assign parcel passports. Those parcels could then be allocated to many actors: small developers, cooperatives, housing associations, community development corporations, nonprofit builders, resident-led groups, and larger developers where appropriate.

Large developers may still participate. But they should not control the whole district. The city should not ask one actor to simulate the complexity of a neighborhood.

by Alicia Pederson, Courtyard Urbanist |  Read more:
Images: uncredited

Friday, June 5, 2026

Betting on Humans

What to do about AI & jobs.

Now, the great majority of people—whether they are “blue collar” or “white collar” laborers—spend their working hours orchestrating machines of various kinds: some to transform knowledge or bits, and others to transform atoms. Yet just a few decades ago, it would have been impossible to understand what it is that most people today call “work.”

Today, a relatively small group of technologists is starting to see the world through the lens of another fundamental discovery: deep learning, the approach to AI that has enabled machines to think and undergirded substantively all major advancements in AI over the past decade. And like their forebears at the beginning of the Industrial Revolution, these technologists are building new machines, uniquely enabled by the insights and abstractions furnished from the new science. Some believe new types of labor will emerge, concentrated on the orchestration of machines, or the tasks that remain best suited to the human touch. Others believe this time is different, and that human labor will soon be permanently obsolete.

We do not pretend to know the definitive answers. What we do know is that much of this future remains to be written, in no small part by the policy choices we make today. And what we hope to offer is a roadmap for how politicians and policymakers might bet on human agency under stark uncertainty.

Futures Not Yet Written

There are two fundamental stories one can tell about the impact of artificial intelligence on human labor. One is the pessimistic version: most of us are like the people in the early Industrial Revolution who could not learn to adapt or were stuck as mere cogs in factories. Very few of us, if any, will learn to orchestrate machines at a higher level of abstraction, and neither will we learn to invent new machines, since the artificial intelligence systems will soon exceed humans in their capacity for invention and discovery. That view is one of historical discontinuity: replacing knowledge work strikes deeper at the human uniqueness that has kept us employed than replacing various kinds of cognitive and manual labor has in the past.

The other story is optimistic: just like those early conductors and inventors of machines, we will continue our long human legacy of finding yet more to occupy our time, yet more activity that other humans find valuable. There is much more of this than we can possibly realize, because our collective imagination is bounded, yet our collective wants are limitless. How barren, in retrospect, do we find the mind of the man who thought the human touch was gone simply because we had invented machines stronger, more durable, and more reliable than us at physical labor?

Both stories will probably be true at the same time, but the unfortunate reality is that nobody knows in what proportion. More unfortunately still, it will be some time until we know: the temporary disruption that would portend broad displacement would look quite similar to the creative destruction that would come with just another industrial revolution. It’s easy for policymakers who first start to grapple with the notion of advanced artificial intelligence to reflexively adopt the pessimistic view: for so long, they’ve heard the idea that AI will be important and the idea that many jobs will be lost in the same breath that coming around on the scope of AI seems to imply believing that human labor is doomed. But that would be premature, and converts must resist becoming zealots.

Here, then, is the first—and in some sense the most troubling—message for policymakers: nobody can know what is going to happen. Anyone speaking with confidence about predictions of this kind is either misunderstanding or misleading. It is not just that we do not know “the future,” in some broad sense. We also do not know the specific nature of any problems posed by AI to the labor market: we do not know what industries, age groups, levels of seniority, job types, and so on will be affected by AI automation in practice rather than in theory or in speculation. We do not know over what timeframe these still-hypothetical changes will occur.

And if AI really does profoundly upend the labor market, we still do not know what the resulting distribution of economic resources will look like. Will the AI labs profit immensely, absorbing huge swathes of economic value as many other institutions struggle to survive? Or will AI models and systems become commodified, with value accruing to the compute designers and manufacturers? Or is it some hybrid, with most firms in the economy seeing higher profits with fewer employees and, for whatever reason, not seeing a need to hire additional people to do anything? Will there be new, high-skilled jobs created that we need to retrain millions of people for? Or will there be no new jobs at all? We do not know, and we cannot know.

That is because we are still in the process of writing this future. The role of humans in future economies is not something we simply discover as it occurs. How we distribute tasks between humans and machines is largely downstream of a web of complicated economic incentives and technical features. Is the marginal unit of computing power better spent on smoothing over the jagged frontier so no role remains for humans, or for even further improving the spikes of AI capability? Does the tax system favor firms who spend the marginal payroll dollar on hiring a worker to oversee the machines or an agent to do the same? Is there a safety net to catch those hit by local disruptions to give them the room to reorient themselves, come back five years later, and fight for their place in a new economy—or do we mollify their drive with ill-placed subsidies long enough for them to grow docile and for the structures around them to calcify? All this is contingent, and when policymakers ask ‘what will happen’, they fail to see that they’re among the central live players in this question.

How should our leaders grapple with this double uncertainty of what they should want and what will happen?

by Anton Leicht and Dean W. Ball, Threading the Needle |  Read more:
Image: via
[ed. Spoiler alert: Zvi provides a quick (and incomplete) summary (DWAtV):] 

***
"Anton Leicht and Dean Ball team up to write about what we should do about potential job loss due to AI, from the perspective of prospective ‘de facto normal technology’ AI worlds even if they don’t call it that. They wisely say we don’t know what will happen, and that the ‘no regrets’ actions will be insufficient so solve the problem, but expect the world to stay normal enough, and humans competitive and useful enough, that we can use traditional solutions to such problems.

They start with easy wins.
1. Even footing: Equalize tax treatment of AI versus labor. Yes, please.

2. Retraining: Bolster workforce training and development. They notice they are skeptical in practice, and I am even more skeptical, but sure, we can try it.

3. Measurement: Know what is happening. Yes, of course.
Then they recommend what they call difficult bets.
4. Junior Job Subsidy.
Anton Leicht and Dean Ball: We put to you that the solution to deal with junior job losses might be to keep these jobs around by brute force for a while, so that the critically important economic incentive to explore how to use junior workers does not cease.

More specifically, we might do so by restructuring the tax code to subsidize junior employment.
Given who is saying to keep jobs around by brute force, by which they mean tax incentives, we should listen. This seems like a good use of progressive taxation, which we want to do anyway, to stack the deck in favor of hiring more young workers and those switching industries, presumably with phase outs for high earners.

This risks distortions if taken too far (e.g. dumping senior workers for subsidized junior workers, or gaming designations), the marginal value of young workers could easily fall below zero marginal product if there is no future for them, and gating to particular industries or occupations risks going into ‘picking winners and losers’ and other similar dangerous territories and opportunities for corruption and pork. The authors are well aware, and are pushing anyway.

The main solution they offer is, again, taxes. They suggest doing so via raising corporate taxes, despite this having a long track record of being highly economically damaging. You definitely need to avoid worse distortions, and you definitely do not want a ‘token tax’ as such for this reason, although a tax on compute is non-crazy. Taking a stake in frontier developers is definitely an error.

They quickly dismiss consumption taxes as having a fatal perception problem, despite them being objectively the efficient answer, because they raise prices and signaling is too important here. I found this disappointing, and there are ways to fix this and also make the tax progressive.

It would be great if humans remained fundamentally highly productive while we collectively got far wealthier due to AI, so all we needed to do was redistribution and moving the tax code around.

Alas, no, I do not expect we live in such a convenient world. At which point, we likely have bigger problems, but also employment does not get solved with basic tax code shifts. If we stay in control somehow then we could do progressive redistribution to keep food on the table and a roof over people’s heads, but the jobs will vanish, or they will be rather fully fake."