Japan’s Landmark Capsules Coming Down to Sit in Museums

Demolition teams start to take down the Nakagin Capsule Tower, an iconic structure designed by Japanese architect Kisho Kurokawa and built in 1972, in Tokyo's Ginza district on April 12, 2022. (AP)
Demolition teams start to take down the Nakagin Capsule Tower, an iconic structure designed by Japanese architect Kisho Kurokawa and built in 1972, in Tokyo's Ginza district on April 12, 2022. (AP)
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Japan’s Landmark Capsules Coming Down to Sit in Museums

Demolition teams start to take down the Nakagin Capsule Tower, an iconic structure designed by Japanese architect Kisho Kurokawa and built in 1972, in Tokyo's Ginza district on April 12, 2022. (AP)
Demolition teams start to take down the Nakagin Capsule Tower, an iconic structure designed by Japanese architect Kisho Kurokawa and built in 1972, in Tokyo's Ginza district on April 12, 2022. (AP)

Nakagin Capsule Tower, a building tucked away in a corner of downtown Tokyo that is made up of boxes stacked on top of each other, is an avant-garde honeycomb of science-fiction-era housing long admired as a masterpiece.

It’s now being demolished in a careful process that includes preserving some of its 140 capsules, to be shipped to museums around the world.

Preparations have been going on for months to clear the surrounding areas, for safely dismantling the landmark near Ginza. The first capsule will be removed in the next few weeks.

Built in 1972, the 13-floor building embodies the so-called "metabolism" vision of its architect Kisho Kurokawa: The idea that cities and buildings are always changing, reflecting life, in rhythm with the human body.

"No one exists divorced from the thoughts of those around him. All comes into existence through an assembly of causes. All things are interrelated. In accord with this principle, it is our aim to build an ideal world, step by step," Kurokawa wrote in his 1994 book, "Philosophy of Symbiosis."

Kurokawa died in 2007, at 73.

Although striking in appearance and concept, the building outlived modern construction guidelines and needed to be torn down.

Skyscrapers have popped up nearby, dwarfing Nakagin. A developer took over the property in 2021.

Tatsuyuki Maeda, who started using Nakagin as a second home in 2010, said he simply loved being in that 2.5 meter (8.2 foot) wide space, so tiny but cozy it felt like a child’s hideaway. And it got his creative juices going, he said.

"The view from that round window felt so good. At night, when cars sped by, their lights on the nearby freeway were pretty. And the cityscape was beautiful," Maeda said.

Appliances and shelves are built into the walls. A desk pops out in one section. In another is a Sony reel-to-reel tape recorder, state-of-the-art electronics of the 1970s that’s historical memorabilia now like the building itself.

Only about a third of Nakagin's residents lived there full-time in recent years. Most used it as offices and workspaces. They tended to be creative people, musicians, filmmakers and architects, as though it drew people sharing similar values.

Maeda, who does public relations work, owned 15 capsules, mainly to have a say in the building’s fate, and had rented some of them out. Residents would party together, he recalled.

He and others had been working together since 2014 to save Nakagin, first to prevent its destruction and rebuild it, but eventually to hand down its legacy as an artwork. The project raised money through crowd-funding and put out a book, complete with photos, in March, titled, "Nakagin Capsule Tower: The Last Record."

The preservation project calls for some of the capsules to allow for real-life living in a separate locale. Those in museums will be refinished by the Kurokawa architectural office, which went over the original designs to figure out how each box could be detached with minimal damage, a feat especially difficult in the crowded Ginza area.

Will Gardner, a Swarthmore College professor whose specialty is Japanese modernism, says the metabolist movement had its "moment" of recognition for its organic approach to Tokyo’s 20th Century urban-planning problems, such as over-crowding and a lack of infrastructure.

It was an era when Japan was rebuilding from the ruins of World War II, undergoing rapid economic growth, buzzing with creative energy and trying to define itself.

But metabolist designs did not win wide acceptance among real estate developers, construction companies or consumers, who all turned to more conservative prefabricated housing, said Gardner, who wrote "The Metabolist Imagination: Visions of the City in Postwar Japanese Architecture and Science Fiction."

"This was a generation of architects that came out in this era when everything had been destroyed. But at the same time there was a lot of dynamism, and the economy was on the rebound, and there seemed to be a moment when this big vision could really thrive," he said.

"For a lot of reasons, today’s Japan is very different."

Kurokawa was heavily influenced by Kenzo Tange, who designed the Yoyogi National Gymnasium, built for the 1964 Tokyo Olympics. An art museum in Tokyo’s Roppongi that looks like a waving wall of glass, which opened in 2007, and the 1999 new wing of the Van Gogh Museum in Amsterdam were designed by Kurokawa.

Nakagin was one of his early pieces. Its defiantly repetitive motif both celebrated and challenged mass production, appealing to individuals, especially those lost in conformist Japan.

Kurokawa developed the technology to install the units into a concrete core shaft with four high-tension bolts. The capsules were designed to be detachable and changed to new ones, or recycled, every 25 years.

That never happened.

Instead, after 50 years, the pieces are coming apart.

Kurokawa used to say that, long after his buildings were gone, his thinking would live on.

Kurokawa’s designs address sustainability and social accountability, said Tomohiro Fujisawa of Kisho Kurokawa Architect and Associates, issues that remain urgent today.

"The world maybe has finally caught up with him," Fujisawa said.



World's First Wooden Satellite Launched Into Space

LignoSat, a satellite made from wood and developed by scientists at Kyoto University and Sumitomo Forestry, shown during a press conference in May, 2024. STR / JIJI PRESS/AFP/File
LignoSat, a satellite made from wood and developed by scientists at Kyoto University and Sumitomo Forestry, shown during a press conference in May, 2024. STR / JIJI PRESS/AFP/File
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World's First Wooden Satellite Launched Into Space

LignoSat, a satellite made from wood and developed by scientists at Kyoto University and Sumitomo Forestry, shown during a press conference in May, 2024. STR / JIJI PRESS/AFP/File
LignoSat, a satellite made from wood and developed by scientists at Kyoto University and Sumitomo Forestry, shown during a press conference in May, 2024. STR / JIJI PRESS/AFP/File

The world's first wooden satellite has blasted off on a SpaceX rocket, its Japanese developers said Tuesday, part of a resupply mission to the International Space Station.
Scientists at Kyoto University expect the wooden material to burn up when the device re-enters the atmosphere -- potentially providing a way to avoid generating metal particles when a retired satellite returns to Earth, AFP reported.
These particles may negatively impact both the environment and telecommunications, the developers say.
Each side of the box-like experimental satellite, named LignoSat, measures just 10 centimeters (four inches).
It was launched on an unmanned rocket from NASA's Kennedy Space Center in Florida, Kyoto University's Human Spaceology Center said.
The satellite, installed in a special container prepared by the Japan Aerospace Exploration Agency, "flew into space safely", it said in a post on X.
A spokeswoman for LignoSat's co-developer Sumitomo Forestry told AFP the launch had been "successful".
It "will arrive at the ISS soon, and will be released to outer space about a month later" to test its strength and durability, she said.
Data will be sent from the satellite to researchers who can check for signs of strain and determine if the satellite can withstand extreme changes in temperature.
"Satellites that are not made of metal should become mainstream," Takao Doi, an astronaut and special professor at Kyoto University, said at a press conference earlier this year.