Visionary Architecture

Japan's CAPSULE TOWER — Losing a National (and International) Treasure?

The Nakagin Capsule Tower in Tokyo, designed by Kisho Kurokawa, and completed in 1972—a building of national (and international) importance in the history of Modern architecture.

The Nakagin Capsule Tower in Tokyo, designed by Kisho Kurokawa, and completed in 1972—a building of national (and international) importance in the history of Modern architecture.

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AN ARCHITECTURE OF OPTIMISM

Looking at it today, Tokyo’s NAKAGIN CAPSULE TOWER—with its streaky surfaces, hanging cables, and patina of aging—the building may seem like it emerged from a dystopian Japanese anime series, the kind which shows a future world of high-tech slums. Several times, its immanent destruction has been announced—and now it seems to be edging closer to that fate—though a final decision may not have yet been made. Indeed, it has real problems that only a well-funded restoration program could fully solve. But such a program (however costly) would be worth it:

Because this building, above all, is about OPTIMISM

Tokyo, at the end of World War II, showing the devastated city. On a plain of destruction, only a few of the more substantially-constructed buildings remained (and even those were terribly damaged.)

Tokyo, at the end of World War II, showing the devastated city. On a plain of destruction, only a few of the more substantially-constructed buildings remained (and even those were terribly damaged.)

A CONTEXT OF DESTRUCTION, REBIRTH—AND QUESTIONING

At the end of World War II, Japan was devastated: It had lost its empire of colonies and territories; it had nearly 3,000,000 dead (military personnel and civilians), its cities and industrial infrastructure were in ruins, and it had to face a history of war-crimes, and adjust to a vastly new form of government. Perhaps most difficult of all was to submit to having a subservient position in the world.

A combination of post-war policies and actions—economic, political, and diplomatic—brought forth the “Japanese Economic Miracle,” and by the mid-1950’s the economy had exceeded pre-war levels, and with that came the beginnings of a consumer economy. But destroyed urban areas had yet to recover, and widespread quality-of-life improvement for all was a long way off.

Kenzo Tange’s metal-covered Shizuoka Press and Broadcasting Tower, of 1966, looked like its cantilevered wings could start rotating at any movement.

Kenzo Tange’s metal-covered Shizuoka Press and Broadcasting Tower, of 1966, looked like its cantilevered wings could start rotating at any movement.

METABOLISM

Even with its economic renewal, no country—and especially a highly-integrated, intensely hierarchal, and sophisticated civilization as Japan had been—could go through such trauma and change without being profoundly affected—to the point where the deepest assumptions about life were ripe for questioning and reevaluation. That is the historical context in which a major Japanese architectural movement, METABOLISM, came to exist.

While its birth involved a large number of influences and architects, meetings, conversations, and changes in personnel, what resulted—by the time of the proclamation of its existence in 1960—was a movement of immense creative vitality. Since the Metabolist Manifesto spoke in forward-looking generalities, there were no rigid rules about what building or urban design had to look like.

From the METABOLIST MANIFESTO:

“Metabolism is the name of the group, in which each member proposes further designs of our coming world through his concrete designs and illustrations. We regard human society as a vital process - a continuous development from atom to nebula. The reason why we use such a biological word, metabolism, is that we believe design and technology should be a denotation of human society. We are not going to accept metabolism as a natural process, but try to encourage active metabolic development of our society through our proposals”

Like the the BAUHAUS, the architectural works of the Metabolist architects were diverse in form. But—equally like the BAUHAUS—there’s a shared family resemblance among their designs. Their buildings embraced a characteristic frequently found in future-oriented projects: a machine-like vocabulary—even sometimes looking like giant machines. Also, their buildings had a module or “systems” look—as though constructed from a kit-of-parts, with the implication that such a modular approach would allow for ongoing change and growth. Finally, perceiving the titanic challenges involved in rebuilding the country, rising population growth, and the issues of land use, urban design, infrastructure, and re-industrialization, they “thought big”—and so came up with designs of “mega-structural” scale.

Kyoto International Conference Center by Sachio Otani

Kyoto International Conference Center by Sachio Otani

Aquapolis City, for the Okinawa Ocean Expo, by Kiyonori Kikutake

Aquapolis City, for the Okinawa Ocean Expo, by Kiyonori Kikutake

The Yamanashi Broadcasting and Press Centre, by Kenzo Tange

The Yamanashi Broadcasting and Press Centre, by Kenzo Tange

Beyond these formal qualities, what one discerners in Metabolist designs are HOPE, a sense of NEW OPPORTUNITES, OPTIMISM, and looking to A BETTER FUTURE—often through architectural expressions of the possibilities of technology. These are not trivial or side-effects of their designs: looking at the multitude of sketches, writings, proposals, drawings, and models they produced—and they were prolific!—one senses the JOY of CREATION.

Arthur Drexler’s book, “Transformations in Modern Architecture” had a page that was devoted to the NAKAGIN CAPSULE TOWER. Shown when it was fresh and new—an a vision for the future of architecture.

Arthur Drexler’s book, “Transformations in Modern Architecture” had a page that was devoted to the NAKAGIN CAPSULE TOWER. Shown when it was fresh and new—an a vision for the future of architecture.

NAKAGIN CAPSULE TOWER: INNOVATIVE IN CONCEPTION AND CONSTRUCTION

The NAKAGIN CAPSULE TOWER was designed by one of the leading Metabolist architects: Kisho Kurokawa (1934-2007). It was constructed between 1970 and 1972—and is considered one of the the prime examples of Metabolism (and one of the few of their many proposed designs to get built)

It is mixed-use, providing space for both residential and office use, and is composed of two concrete towers, to which are attached 140 self-contained prefabricated capsules. Each capsule is approximately 8 feet by 13 feet, with a circular window at one end, and each is connected to the main shafts only four high-strength steel bolts

As with such capsule-oriented designs, construction combined both on-site work (the reinforced concrete core towers and the main lines of the electrical and mechanical systems, as well as stairs and elevators) —and— off-site work (the prefabricated capsules, whose parts were fabricated and assembled in a factory.) The capsules are lightweight steel-truss boxes, clad in galvanized, rib-reinforced steel (which was coated with rust-preventative paint and finished with a sprayed-of glossy spray coat).

In our time, when factory-fabricated residential structures and hotels are an increasingly encountered fact, none of the above may seem exciting enough to gain our attention today—yet when NAKAGIN CAPSULE TOWER was created, the approach and technologies were new and hardly tried. Moreover, the form of the tower—which so directly expressed its modular construction—was fresh and powerful.

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It was thought that the market for the apartment units would be Tokyo’s abundant population of white-collar bachelors, and each residential capsule included carefully designed, built-in kitchen appliances and cabinets (including a built-in bed, television set, and tape recorder, and a fold-out desk.) An ultra-compact bathroom unit, not much larger than the size of an airplane lavatory, uses part of the capsule space. A large, circular window—each of which originally had an inventive radial shade— is seen on-axis from the entry door.

The inside of the tower’s residential capsules were all fitted out with built-in cabinetry and equipment.

The inside of the tower’s residential capsules were all fitted out with built-in cabinetry and equipment.

Inside a residential capsule, looking toward the circular window, showing built-in cabinetwork and bed.

Inside a residential capsule, looking toward the circular window, showing built-in cabinetwork and bed.

An axonometric diagram, from a Japanese publication, showing the layout of a single capsule. The view is looking downward on the unit, and included in this drawing are: the single circular window (at the lower-right); the bed (the large, light rectangle under the window); the full bathroom (at upper-left): and the wall of built-in cabinets, including a fold-out desk, integral tape recorder and TV, and storage (all along the upper-right wall). Some indication of the unit’s connections to building services (power, telephone, plumbing) seems to be indicated by the pipes and conduits emerging at the top-center of the drawing. A marvel of compact, efficient (and delightful) planning, the Nakagin Capsule Tower is a monument of Modernism that is worth saving.

An axonometric diagram, from a Japanese publication, showing the layout of a single capsule. The view is looking downward on the unit, and included in this drawing are: the single circular window (at the lower-right); the bed (the large, light rectangle under the window); the full bathroom (at upper-left): and the wall of built-in cabinets, including a fold-out desk, integral tape recorder and TV, and storage (all along the upper-right wall). Some indication of the unit’s connections to building services (power, telephone, plumbing) seems to be indicated by the pipes and conduits emerging at the top-center of the drawing. A marvel of compact, efficient (and delightful) planning, the Nakagin Capsule Tower is a monument of Modernism that is worth saving.

Included in the Museum of Modern Art’s  comprehensive exhibit, Transformations in Modern Architecture and catalog, (shown above) were several other examples of the modular/capsule approach to building design.

Included in the Museum of Modern Art’s comprehensive exhibit, Transformations in Modern Architecture and catalog, (shown above) were several other examples of the modular/capsule approach to building design.

PREDEDENTS, CONNECTIONS, AND CROSS-CURRENTS

METABOLISM—of which this building is a prime example—had connections to the thinking and works of architects (as well as movements and cultural trends) in other parts of the world. This could be seen in the major 1979 exhibition at the Museum of Modern Art, “TRANSFORMATIONS IN MODERN ARCHITECTURE” and its catalog-book (in both of which Paul Rudolph was also prominently included.) Not only did it prominently show the NAKAGIN CAPSULE TOWER, but it also included buildings—by other architects in France and Japan—with similar ideas and configurations.

Paul Rudolph, more than a decade before the NAKAGIN CAPSULE TOWER, had been thinking along these lines lines—as is shown in his 1959 project for a Trailer Apartment Tower. About this design, Rudolph said:

Rudolph’s 1959 design for a tower of prefabricated residential units, which would be mounted to a central shaft—not unlike the concept for NAKAGIN CAPSULE TOWER, which was built over a decade later in Japan.

Rudolph’s 1959 design for a tower of prefabricated residential units, which would be mounted to a central shaft—not unlike the concept for NAKAGIN CAPSULE TOWER, which was built over a decade later in Japan.

“For a number of years now I have felt that one way around the housing impasse would be to utilize either mobile houses or truck vans placed in such a way that the roof of one unit provides the terrace for the one above. Of course the essence of this is to utilize existing three dimensional prefabricated units of light construction originally intended as moving units but adapted to fixed situations and transformed into architecturally acceptable living units. One approach would be to utilize vertical hollow tubes, probably rectangular in section, 40 or 50 stories in height to accommodate stairs, elevators and mechanical services and to form a support for cantilever trusses at the top. These cantilever trusses would give a ‘sky hook’ from which the three dimensional unit could be hoisted into place and plugged into its vertical mechanical core.”

In the following decades, Rudolph would continue to explore variations of this idea—part of his ongoing interest in modularity—at various scales and in a variety of projects (and you can read about those projects here. )

There are further verifiable connections and possible cross-influences: Rudolph had been aware of the basic tenets of the METABOLIST movement from its official founding. Along with fellow architects Alison and Peter Smithson and Louis Kahn (and other distinguished practitioners from around-the-world), he was present at the 1960 World Design Conference in Tokyo, where the ideas of the Metabolists were first announced. Rudolph even proposed to Arthur Drexler, then curator of the Museum of Modern Art’s Architecture and Design Department, that Kikutake’s Metabolist Marine City be included in the museum’s 1960 exhibition Visionary Architecture—the exhibition which introduced the ideas of the Metabolists to the United States.

Megastructures were a key part of METABOLIST thinking—and one could argue that the Nakagin tower is a “megastructure in miniature.” Like Paul Rudolph’s Graphic Arts Center (one of Rudolph’s megastructure designs), Kikutake’s Marine City is constructed of tower cores and plug-in residences set atop artificial landmasses—and the parallels shared by the works of the two architects are striking (and you can read more about these resonances here.)

LIFE Magazine’s December 15, 1972 Special Double Issue on the Joys of Christmas included an article showing Paul Rudolph exploring the potential of LEGO bricks to create architectural forms and configurations. Among the designs shown, for which he used the LEGO system, is a tower made of prefabricated residential units that would be mounted to vertical structural supports and service shafts—another clear manifestation of the idea that he first began to work with near the end of the 1950’s

LIFE Magazine’s December 15, 1972 Special Double Issue on the Joys of Christmas included an article showing Paul Rudolph exploring the potential of LEGO bricks to create architectural forms and configurations. Among the designs shown, for which he used the LEGO system, is a tower made of prefabricated residential units that would be mounted to vertical structural supports and service shafts—another clear manifestation of the idea that he first began to work with near the end of the 1950’s

Architectural historian Reyner Banham’s book, “Megastructure: Urban Futures Of The Recent Past” was his “first approximation” look at the history of this important international architectural movement—one to which METABOLISM contributed key thinking…

Architectural historian Reyner Banham’s book, “Megastructure: Urban Futures Of The Recent Past” was his “first approximation” look at the history of this important international architectural movement—one to which METABOLISM contributed key thinking and iconic projects. The original edition was published in 1976, and is long out-of-print—but Monacelli Press has come out with a new edition (and, as before, Rudolph’s LOMEX project is featured on the cover.)

The streaked façade of the capsule tower.

The streaked façade of the capsule tower.

DECADES OF USE AND SUCCESS—THEN DECLINE

Kelvin Dickinson has observed that “50 years is a dangerous age” for a building: it’s just about at that point in a building’s life when—

  • mechanical and electrical systems have worn-out, and need replacement and/or updating

  • significant repairs are probably needed to the building envelope

  • changing demographics or business practices may have made the original use of the building seem old-fashioned and less attractive to tenants—and so the building may need to be adapted for re-use

  • changing regulations can require upgrades or alterations (i.e.: for energy use; accessibility; containing toxic materials; fire safety; and earthquake or storm resistance)

And so a tough decision has to be made on whether to make the major investments needed to maintain and revivify a building -or- to demolish it and rebuild.

The NAKAGIN CAPSULE TOWER not only became world-famous as a work of architecture—but also had full occupancy (with a waiting-list). So it was a success, but—

But the building is approaching 50 years-of-age, and has accumulated numerous problems—ones that can’t be dismissed, and which will take large expenditures to fix. Also: it sits on land which can be more profitably utilized if a higher building is built on that site—and that always energizes the forces arguing for demolition.

Japan Forward’s recent article on the projected destiny of the NAKAGIN CAPSULE TOWER

Japan Forward’s recent article on the projected destiny of the NAKAGIN CAPSULE TOWER

CAN THE NAKAGIN CAPSULE TOWER BE SAVED?

The seemingly imminent destruction NAKAGIN CAPSULE TOWER is being protested by some residents, by the Japanese Institute of Architects, and by admirers world-wide—and there’s even a Facebook page for the SAVE NAKAGIN CAPSULE TOWER PROJECT

WANTED: VISION

It takes vision—being able to understand design greatness—to see the value of a work of architecture beyond immediate economic pressures.

The Facebook page for the SAVE NAKAGIN CAPSULE TOWER PROJECT

The Facebook page for the SAVE NAKAGIN CAPSULE TOWER PROJECT

Of course, practical issues must be dealt with—but the motivation (to come up with creative solutions to those challenges) only emerges when there’s a clear sense that a building is worthy of the significant effort and investment needed to save it.

We’ve seen what happens when that energy does not come forth—because that’s recently happened with two of Paul Rudolph’s works: the Burroughs-Wellcome headquarters and research center in Durham North Carolina, and the Orange County Government Center in Goshen, NY: they were both demolished. These were two of the most significant buildings of Paul Rudolph’s career—high points showing how he could powerfully, beautifully, and practically integrate creative forms and space-making with corporate, scientific, and civil functions—and now they’re lost forever.

Great architecture is part of a country’s cultural heritage. The NAKAGIN CAPSULE TOWER is one of Japan’s national treasures (as were those Rudolph buildings for the US)—and they were as significant as each country’s most valued artworks, documents, and historic monuments.

Beyond their national significance, these are international treasures that transcend borders: they are part of the profound legacy given by great artists, architects, and thinkers and creators of all kinds.

We must not lose these gifts to us. Save the Nakagin Capsule Tower. Save Culture.


UPDATE — END OF AN ICON OF MODERN DESIGN?

Searching for “Nakagin Capsule Tower” on Amazon yields several items which testify—as this screen-capture shows—to the esteem with in the building is held: several books, a video, and even a face-mask.

Searching for “Nakagin Capsule Tower” on Amazon yields several items which testify—as this screen-capture shows—to the esteem with in the building is held: several books, a video, and even a face-mask.

The NAKAGIN CAPSULE TOWER is incontrovertibly a Modern architecture landmark—one of international fame and importance. Its design has inspired several books, a video, clothing (including a face-mask)—and even atmospheric music: “Sleepless in Nakagin Capsule Tower” from the album "E S P E R—you can hear an excerpt from the song here. [Yet another example of the fascinating relationship between architecture and music, which we explored in another article.]

The moves to remove the tower began a number of years ago. There was push-back from the tenants and from the Japanese architect’s professional association; various counter-proposals were put forth; funding to save the building was sought; the 2008 recession put a break on things—and, most recently, the Covid shut-down also created a delay in moving ahead to demolition. But all that, it seems, has not been enough to save the building. According to a July 16, 2021 article by India Block, on the Dezeen website:

. . . .owners and residents of Nakagin Capsule Tower have decided to sell their homes and divvy up the capsules after attempts to find a buyer prepared to fund the restoration failed.

A module is already on display at Japan's Museum of Modern Art Saitama and the Centre Pompidou in Paris is reportedly keen to acquire one for its collection.

The owners are now crowdfunding to renovate the remaining 139 capsules so that they can be donated to institutions, or be relocated elsewhere in Tokyo and rented out to people who want to experience staying in one.

In 2007 the collective of owners announced they would sell to a developer who planned to demolish the building and build a new apartment block in its place.

However, the developer went bust in the 2008 recession, leaving the future of the tower uncertain.

In 2018 the owners started renting out the capsules on a monthly basis to architecture enthusiasts while the search for a buyer continued, until the coronavirus pandemic shut down negotiations.

A few days later, a July 19, 2021 article by Ryan Waddoups on the SURFACE website, reports:

The tower’s fate now appears to be sealed. Despite attempts to find a buyer who would fund its restoration, building owners have decided to disassemble the tower to make way for new development. “Aging has been a major issue in recent years,” Tatsuyuki Maeda, who owns 15 capsules, told a local magazine. “I was looking for a developer who would leave the building standing while repairing it. We think that it’s difficult for the management association to take measures against aging.” 

The owners are currently crowdfunding to renovate the capsules so they can be donated to museums or relocated throughout Tokyo for short-term stays. One module is already on display at Japan’s Museum of Modern Art Saitama; the Centre Pompidou has also expressed interest in acquiring one for its permanent collection. Nicolai Ouroussoff, former architecture critic for the New York Times, wrote during one of the many demolition scares that the Nakagin Capsule Tower is “the crystallization of a far-reaching cultural ideal. Its existence also stands as a powerful reminder of paths not taken, of the possibility of worlds shaped by different sets of values.” And while losing one of the few examples of this rare architectural movement feels like an undoubtedly sad occurrence, it’s rare to see buildings physically preserved as art post-demolition. 

Although one hopes for a last-minute reprieve from a far-sighted and wealthy architecture-loving patron—such things have happened in the history of preservation—at the moment the future of the NAKAGIN CAPSULE TOWER looks bleak. We’ve lost numerous masterworks of Modern Architecture—the recent demolition of Paul Rudolph’s BURROUGHS WELLCOME headquarters and research center being a particularly great and painful loss. Such short-sighted destruction of our national and international cultural treasures must stop.

The Nakagin Capsule Tower in Tokyo—an icon of Modern Architecture

The Nakagin Capsule Tower in Tokyo—an icon of Modern Architecture

IMAGE CREDITS

NOTES:

The Paul Rudolph Heritage Foundation gratefully thanks all the individuals and organizations whose images are used in this non-profit scholarly and educational project.

The credits are shown when known to us, and are to the best of our knowledge, but the origin and connected rights of many images (especially vintage photos and other vintage materials) are often difficult determine. In all cases the materials are used in-good faith, and in fair use, in our non-profit, scholarly, and educational efforts. If any use, credits, or rights need to be amended or changed, please let us know.

When/If Wikimedia Commons links are provided, they are linked to the information page for that particular image. Information about the rights for the use of each of those images, as well as technical information on the images, can be found on those individual pages.

CREDITS, FROM TOP-TO-BOTTOM and LEFT-TO-RIGHT:

Capsule Tower, general view: photo by Kakidai, via Wikimedia Commons;  Capsule Tower, looking up to capsules; photo by scarletgreen, via Wikimedia Commons;  Tokyo, at the end of World War II: photo by 米軍撮影  , via Wikimedia Commons;  Shizuoka Press and Broadcasting Center in Tokyo: photo by Jonathan Savoie, via Wikimedia Commons;  Kyoto International Conference Center: photo by Daderot, via Wikimedia Commons;  Model of Aquapolis; photo via Wikimedia Commons;  Page devoted to the Nakagin Capsule Tower, from the “Transformations In Modern Architecture” book, via the Museum of Modern Art on-line archive website;  View of the Nakagin Capsule Tower: photo by marcinek, via Wikimedia Commons;  View of the Nakagin Capsule Tower: photo by yusunkwon, via Wikimedia Commons;  View of interior of a residential capsule, showing built-in cabinetwork and equipment: photo by Dick Johnson, via Wikimedia Commons;  View of interior of a residential capsule, looking toward window and bed: photo by  Chris 73, via Wikimedia Commons;  Page devoted to projects similar to the idea of the Nakagin Capsule Tower, from the “Transformations In Modern Architecture” book, via the Museum of Modern Art on-line archive website;  Paul Rudolph’s drawing of his 1959 design for a Trailer Apartment Tower, © The Estate of Paul Rudolph, The Paul Rudolph Heritage Foundation;  Cover of “Megastructure” book: screen capture from the Amazon web page for the book;  View of the exterior of many capsules: photo by Michael, via Wikimedia Commons;  Japan Forward’s article about the Nakagin Capsule Tower: screen capture of their page with the article;  Save Nakagin Capsule Tower Project’s Facebook page: screen capture from Facebook; Nakakin Capsule Tower merchandise available from Amazon (books, video, facemask): screen-capture from Amazon web search; General exterior view of Nakagin Capsule Tower: photo by Jordy Meow, via Wikimedia Commons

Rudolph's BIGGS RESIDENCE: Demolition (but No Permission?)

The Biggs Residence—a Rudolph design of 1955-1956, in Delray Beach, Florida—has just now been demolished. It is pictured here from the time it received a Merit Award in the 1959 Homes for Better Living Awards sponsored by the AIA.

The Biggs Residence—a Rudolph design of 1955-1956, in Delray Beach, Florida—has just now been demolished. It is pictured here from the time it received a Merit Award in the 1959 Homes for Better Living Awards sponsored by the AIA.

AN ACCELERATING RATE OF DESTRUCTION

The Burroughs Wellcome headquarters building and research center, in Durham, North Carolina—one of Paul Rudolph’s most iconic designs, and a structure of historic importance—has been turned into demolition debris.

The Burroughs Wellcome headquarters building and research center, in Durham, North Carolina—one of Paul Rudolph’s most iconic designs, and a structure of historic importance—has been turned into demolition debris.

In the last several years, it seems like we’ve experienced an acceleration in the destruction and threats to our architectural heritageand this has hit the works of Paul Rudolph especially hard. Several important Rudolph buildings are now threatened, or have been outright destroyed or removed—and they are some of Paul Rudolph’s profoundest, key works:

  • Burroughs Wellcome: DEMOLISHED

  • Walker Guest House: REMOVED—taken apart, and moved to an unknown location

  • Orange County Government Center: DEMOLISHED—partially, with the balance changed beyond recognition

  • Niagara Falls Main Library: THREATENED

  • Boston Government Service Center: THREATENED

  • Milam and Rudolph Residences: SOLD -or- ON THE MARKET—with no assurances that new owners won’t demolish or change them beyond recognition

The Paul Rudolph Heritage Foundation advocates for the preservation and proper maintenance of buildings designed by Rudolph—and is available to consult with owners about sensitive adaptive reuse, renovation, and redevelopment of Rudolph buildings (especially as an alternative to demolition!)

But, vigilant as we are, sometimes we’re taken aback by news of a precipitous demolition or marring of one of Rudolph’s great designs.

THE LATEST DESTRUCTION OF A RUDOLPH BUILDING

The opening of Mike Diamond’s article about the demolition of the Biggs Residence, which appeared in the March 12, 2021 issue of the Palm Beach Post.

The opening of Mike Diamond’s article about the demolition of the Biggs Residence, which appeared in the March 12, 2021 issue of the Palm Beach Post.

We’re shocked that yet another of Paul Rudolph’s fine works of architecture has been demolished—and, if the news report is accurate, it’s been allegedly done without even a permit.

The Biggs Residence is a Rudolph-designed residence in Delray Beach, Florida, from 1955-1956. Over the years, the subsequent owner or owners have not been kind to it: there have been numerous and highly conspicuous changes and additions which cannot be called sympathetic to Paul Rudolph’s original design. New owners have, in the last few years, been planning to remove the offending changes and accumulated construction—and have been lauded for their good intentions. Repairs and restorations were to be done, as well as alterations and additions that were to be sympathetic to the building (and be resonant with Paul Rudolph’s approach to planning and construction.) Plans were filed, and the owner’s architect—an award winning firm—produced a well-composed “justification statement” which offers some interesting and convincing thinking about how they intended to proceed with the project, their design strategies and solutions, and how they were to have the property “rehabilitated.”

But—

But, according to March 12th article in the Palm Beach Post, much more has actually happened at the site. Their reporter, Mike Diamond, reports that the current owners “. . . .were found to have violated the city’s building code by demolishing the house without a permit from the city’s Historic Preservation Board.”

This site photo shows that, as of the moment it was taken, some of the Biggs Residence’s structural steel was still in place—but most of the rest of the house (exterior and interior walls, windows, ceilings, finishes, cabinetry, fittings…) has been …

This site photo shows that, as of the moment it was taken, some of the Biggs Residence’s structural steel was still in place—but most of the rest of the house (exterior and interior walls, windows, ceilings, finishes, cabinetry, fittings…) has been demolished and removed.

The article further says that the owners “. . . .must obtain an after-the-fact demolition permit. . . . They also face steep fines for committing and ‘irreversible’ violation of the city’s building code.” The owners are disagreeing, and claiming that the city misinterpreted their documents and, in the article’s words, their lawyer claims that “. . . .the city should have realized that the approvals for renovation could have resulted in the house being demolished based on its deteriorating condition….”

That is a claim which an attorney for the city and a city planner both dispute.

SERIOUS QUESTIONS

Perhaps there were good reasons for the owners to proceed this way—but there are serious questions:

  • What were their compelling reasons?

  • What were the building’s actual conditions, which led them to decide for demolition?

  • What alternatives were considered?

  • Could there have been other approaches?

  • What did the architect think of this decision to demolish?

No doubt, there will be further developments in this case, and we will be following it.

PAUL RUDOLPH’S DESIGN AT tHE BIGGS RESIDENCE: PURITY OF CONCEPT

The Biggs Residence was—and now, unfortunately, we’ll have to speak of it in the past tense—an important part of Paul Rudolph’s oeuvre. There he continued exploring several design themes he’d been working on, ever since he’d returned from service in World War II and restarted practice in Florida—and at Biggs, perhaps, he brought one of those themes to its most perfect realization.

Rudolph’s perspective rendering for the Biggs Residence—a drawing which shows his original platonic intent: a pure “rectangular prism” floating above the ground.

Rudolph’s perspective rendering for the Biggs Residence—a drawing which shows his original platonic intent: a pure “rectangular prism” floating above the ground.

Illustrations from Le Corbusier’s manifesto, “Vers une Architecture” (“Towards An Architecture”), in which he speaks of the compelling beauty of pure forms.

Illustrations from Le Corbusier’s manifesto, “Vers une Architecture” (“Towards An Architecture”), in which he speaks of the compelling beauty of pure forms.

As you can see from Rudolph’s perspective rendering (above-left), his conception was quite “platonic”: he was intent on creating a pure form, “floating” above the earth, and tethered to it as lightly as possible—in this case, by an open staircase and a few slender uprights. Even the service block (presumably to contain or screen the boiler, and maybe an auto,) sheltering below, was fully detached from the prime living volume. Such a conception (and goal) comes out of one of the root obsessions of the Modern movement in architecture: a kind of purism which is animated by a love of geometric forms, and which eschews all that might obscure that purity. Le Corbusier, in his foundational book, “Vers une Architecture” (“Towards An Architecture”) puts it boldly:

“Architecture is the masterly, correct and magnificent play of masses brought together in light. Our eyes are made to see forms in light; light and shade reveal these forms; cubes, cones, spheres, cylinders or pyramids are the great primary forms which light reveals to advantage; the image of these is distinct and tangible within us without ambiguity. It is for this reason that these are beautiful forms, the most beautiful forms. Everybody is agreed to that, the child, the savage and the metaphysician.”

Of course, interest in (and obsession with) such “pure” geometric forms goes back to the ancients (i.e.: the term “platonic”), and even in the 18th century—a time when classical architecture was dominant, including its full ornamental armamentarium—architects like Claude-Nicolas Ledoux and Étienne-Louis Boullée produced visionary drawings of architectural projects that embraced such purity (with perhaps the most famous being Ledoux’s design for a spherical villa.)

Claude-Nicolas Ledoux’s view of a spherical country house. He fully developed the design, including plans and sections.

Claude-Nicolas Ledoux’s view of a spherical country house. He fully developed the design, including plans and sections.

Paul Rudolph, born during Modernism’s heroic years. was educated by the founder of the Bauhaus himself, Walter Gropius (who was head of the architecture program at Harvard while Rudolph was a student there). He could not have helped being immersed, taught, and saturated in such aesthetic ideals—and he brought them into his work.

Looking at Rudolph’s oeuvre, we can see that he tried this platonic approach to residential design prior to Biggs: with the Walker Residence project of 1951—but that remained unbuilt; and the Leavengood Residence of 1950—but that building had a more complex program, and thus many more appurtenances outside of the house’s main body (and it also had visually firmer connections to the ground.) So Leavengood did not approach the platonic ideal anywhere as closely as Biggs.

THE AESTHETICS (AND DRAMATICS) OF STRUCTURE

An view of the interior of the Galerie des Machines, one of the exhibition buildings erected for the 1889 world’s fair in Paris. The architects (headed by Ferdinand Dutert) and the engineers (headed by Victor Contamin) dramatically showed the potent…

An view of the interior of the Galerie des Machines, one of the exhibition buildings erected for the 1889 world’s fair in Paris. The architects (headed by Ferdinand Dutert) and the engineers (headed by Victor Contamin) dramatically showed the potentials of steel and iron—both as spanning structure and as an expressive medium. The size of the building can be judged from the figures in the distance.

In the initial decades of Rudolph’s career—given the simplicity of the programs for which he was asked to design, and the often limited budgets—structure was one of the few ways that he could explore the potentials of architectural design, and he fully used it as an expressive tool. Whether by doubling vertical members (as he did at the 1951 Maehlman Guest House and the 1952 Walker Guest House), or by using a dramatic suspended catenary roof system (as at the 1950 Healy (“Cocoon”) Guest House), or anticipating the utilization of curved plywood for structural roof arches (as at the 1951 Knott Residence project), Rudolph was always looking at ways to transcend structure’s function, and raise it to the poetics of design.

Certainly, this expressive use of structure has always been a concern of architects, from Gothic cathedral builders to the creators of the titanic structures of iron and steel which emerged during the 19th Century (especially in France, England, and the US).

The “masters” of modernism—having abandoned expressive styles, modes, and motifs available to previous generations—often turned to using structural systems as an important part of their architectural palette, and they did so in inventive ways. Mies van der Rohe’s Farnsworth House ((1945-1951) is an icon of Modern architecture and residential design—and one of the most notable aspects of his design is the relationship he set-up between the planes of the floor and roof, and the building’s vertical steel columns. The columns are, or course, supporting elements—yet Mies plays with their role, having them visually slide past the floor and roof’s perimeter steel members. This confers a partially floating quality to those planes—possibly one of Mies’ prime goals. [It’s also notable that Philip Johnson, at his Glass House (1947-1949), took yet another direction with these relationships. He placed the vertical steel structural members inside the house’s volume, and integrating them with the frames which held the walls of glass—and thus absorbed the structure into the design of the building’s envelope.]

The eyes of the architectural world were on Mies’ design (and Johnsons!)—and Rudolph would have known them well. At Biggs, in contrast to Mies or Johnson, Rudolph chose to pull the perimeter structural frame noticeably inward from the outer edge house’s main floor volume above. Thus, instead of experiencing the building as a pair of planes (as with Mies), Biggs main living area is perceived as a separate volume (reinforcing its “platonic-ness”), only resting upon the structure. Moreover, instead of placing the beams in an overlapping relationship (as Mies did), he intersects them boldly—and they appear to be penetrating through each other.

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LEFT:  The Farnsworth House (1945-1951) by Mies van der Rohe. Its vertical steel columns visually “pass by” the floor’s and roof’s horizontal structural steel “C” members. ABOVE:  In contrast to the Farnsworth House, the Biggs' steel columns and bea…

LEFT: The Farnsworth House (1945-1951) by Mies van der Rohe. Its vertical steel columns visually “pass by” the floor’s and roof’s horizontal structural steel “C” members. ABOVE: In contrast to the Farnsworth House, the Biggs' steel columns and beams appear to pass through each other.

Not only can this be seen on Biggs’ exterior, but it is experienced on the inside as well: the large ceiling beams, which dramatically span the living room, also have the same interpenetrating relationship to the interior’s steel columns.

Those column-beam relationships did not exhaust Rudolph’s exploration of structure at Biggs. He had one more occasion in which he used exterior steel elements in an intriguing way: When the perimeter beams met at the outside corners, instead of butting them (as would be done in standard steel construction), he mitered them at the corners. [You can see this in an exterior photo below.] In this way, the upper and lower flanges of the steel beams were not just there for their structural role, but—via this mitering connection—their visual power as a pair of parallel planes was revealed.

THE PRACTICALITIES OF COMFORT AND CONVENIENCE

Even with such geometric ideals, structural intrigues, and the other fascinations in which creative architects like Rudolph engage, he was also a very practical designer—and sensitive to his client’s needs. At the point when he received the Biggs commission, he had nearly three dozen constructed projects “under his belt.” So, whatever his interest in building pure forms, his planning of the Biggs Residence included features which the owners would find gracious and practical.

The main (upper) floor contained:

  • two bedrooms (well separated, providing for excellent spatial and acoustic privacy, and each with a significant amount of closets and its own bath)

  • a central living/dining area (with large amounts of windows for good cross-ventilation—and the ability to catch breezes from the house’s raised design)

  • a kitchen adjacent to the dining area (with a wise balance of openness and enclosure)

  • a broad “storage wall” in the central area—a feature of American post-World War II residential design, pioneered by George Nelson

Paul Rudolph’s floor plan of the upper (main volume) level of the Biggs Residence, exhibiting his practical and gracious sense of planning.

Paul Rudolph’s floor plan of the upper (main volume) level of the Biggs Residence, exhibiting his practical and gracious sense of planning.

The ground floor was also well thought out, and included:

  • An exterior sitting area (well shaded from the Florida sun)

  • A covered parking area (also shielding the car from solar overheating, as well as Florida’s occasional heavy rains)

  • The entry and stairs (up to the main level)

  • Additional storage or mechanical space (always useful)

The Biggs living room, in which some segments of the house’s structural steel can be seen—especially the pair of long beams which span the living space.

The Biggs living room, in which some segments of the house’s structural steel can be seen—especially the pair of long beams which span the living space.

Another view of the living area—this time, towards the dining table at the end of the room, which sits near the storage wall. At the far right is the entry passage to the kitchen. In this photograph, one of room’s pair of large steel ceiling beams i…

Another view of the living area—this time, towards the dining table at the end of the room, which sits near the storage wall. At the far right is the entry passage to the kitchen. In this photograph, one of room’s pair of large steel ceiling beams is strongly emphasized.

Raising the body of the building liberates space at the ground level, which is left open for shaded outdoor seating and parking. Structural steel—for the columns, and the inset perimeter and intermediary beams—is exposed, and the connections are com…

Raising the body of the building liberates space at the ground level, which is left open for shaded outdoor seating and parking. Structural steel—for the columns, and the inset perimeter and intermediary beams—is exposed, and the connections are composed and detailed with care.

FURTHER DEVELOPMENTS (AND WHAT YOU CAN DO)

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We’ll keep looking into the Biggs case, and let you know how this develops.

If you have any information on this situation—or know of any other Paul Rudolph buildings that might be threatened—please contact us at: office@paulrudolphheritagefoundation.org

We can keep you up-to-date with bulletins about the latest developments—and to get them, please join our foundation’s mailing list. You’ll get all the updates, (as well as other Rudolph news.)—and you can sign-up at the bottom of this page.


IMAGE CREDITS

The Paul Rudolph Heritage Foundation gratefully thanks all the individuals and organizations whose images are used in this scholarly and educational project.

The credits are shown when known, and are to the best of our knowledge. If any use, credits, or rights need to be amended or changed, please let us know.

Note: When Wikimedia Commons links are provided, they are linked to the information page for that particular image. Information about the rights to use each of those images, as well as technical information on the images, can be found on those individual pages.

Credits, from top-to-bottom, and left-to-right:

Biggs exterior view: photo by Ernest Graham, from a vintage issue of House & Home magazine, June 1959, courtesy of US Modernist Library;  Section-perspective drawing of Burroughs Wellcome building: by Paul Rudolph, © The Estate of Paul Rudolph, The Paul Rudolph Heritage Foundation;  Demolition photo of Burroughs Wellcome building: photography by news photojournalist Robert Willett, as they appeared in a January 12, 2021 on-line article in the Raleigh, NC based newspaper The News & Observer;  Perspective rendering of Biggs Residence: drawing by Paul Rudolph, © The Estate of Paul Rudolph, The Paul Rudolph Heritage Foundation;  Mies’ Farnsworth House column-beam relationship: photo by Benjamin Lipsman, via Wikimedia Commons;  Plan of Biggs Residence: © The Estate of Paul Rudolph, The Paul Rudolph Heritage Foundation;  Photographs of interiors and exterior of Biggs Residence: photo by Ernest Graham, from a vintage issue of House & Home magazine, June 1959, courtesy of US Modernist Library;  Photograph of Paul Rudolph: © The Estate of Paul Rudolph, The Paul Rudolph Heritage Foundation

Megastructure — The Reissue of a Modern Classic (and Rudolph's on the cover!)

The cover of the new edition of “Megastructure: Urban Futures Of The Recent Past” which has been reissued by Monacelli Press. Paul Rudolph’s LOMEX project is featured on the cover.

The cover of the new edition of “Megastructure: Urban Futures Of The Recent Past” which has been reissued by Monacelli Press. Paul Rudolph’s LOMEX project is featured on the cover.

A CLASSIC aBOUT THE FUTURE

The original, 1976 edition of Megastructure also featured Rudolph’s perspective-section of LOMEX on the cover (but in black and white). Over the years, copies of this edition have become rare and expensive.

The original, 1976 edition of Megastructure also featured Rudolph’s perspective-section of LOMEX on the cover (but in black and white). Over the years, copies of this edition have become rare and expensive.

“Megastructure” was architectural historian Reyner Banham’s book on one of the most exciting architectural developments the post-World War II era: MEGASTRUCTURES. It was originally published in 1976, and that edition became a rare book (if you could find a copy at all, it could cost hundreds of dollars.)

The good news is that Monacelli Press has brought out a reprint of this fascinating book. Monacelli is known for publishing books on design and the arts, and doing so with superb production values—and they live up to their fine reputation with this new edition.

The original had featured Paul Rudolph’s perspective-section drawing of his LOMEX project on the cover—and the new edition retains that image, but now shows it in color. It also includes a new foreword by Todd Gannon, the head of the Architecture Section at Ohio State University’s Knowlton School, and a scholar of Reyner Banham’s work. Banham’s book was published nearly 45 years ago, and Professor Gannon’s essay provides important context.

MEGASTRUCTURES

Above: Habitat, a housing complex built for the Expo 67 World’s Fair in Montreal. Designed by Moshe Safdie, it is sometimes cited as and example of the small percentage of megastructure proposals which actually got built. Middle: A street-level corn…

Above: Habitat, a housing complex built for the Expo 67 World’s Fair in Montreal. Designed by Moshe Safdie, it is sometimes cited as and example of the small percentage of megastructure proposals which actually got built. Middle: A street-level corner view of the Pompidou Center, the museum-arts-exhibition center which opened in Paris in 1977. As is evident here, it embraces some of the formal language often associated with megastructures: a celebration of articulated structure, and the explicit display of the building’s mechanical systems. Bottom: The Nakagin Capsule Tower, built in Tokyo in 1972. The possibility of growth and change—one of the characteristics associated with megastructures—is implied by the building’s cellular design.

Megastructures can be capsulized as vastly scaled and ambitiously conceived architectural designs—the size of a chunk of a city (or a whole metropolis.) But megastructures are not just defined by size. History already provides us an abundance of examples of built structures which awe by their scale—from the Pyramids -to- NASA’s huge Vertical Assembly Building—but which are not megastructures.

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True megastructures usually embrace multiple functions, aspiring to be (or emulate) complete cities within a single armature. They often accommodate transportation (sometimes several types), and places for living, commerce, work, education, and entertainment—all within an infrastructure of structural and mechanical systems which are elaborately developed and expressed. [And if the design incorporated flexibility, to allow it to change or grow (or both), all-the-better—for that gave it an attractive dynamic quality.]

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Megastructures were a “thing”—an exciting trend—in architecture, especially in the period when Banham was most well-known: the 1960’s. Architecture and popular magazines published stories about megastructures—either imaginary designs proposed by architects to deal with real (or equally imagined) urban problems -or- less frequently there was coverage of megastructure projects that had actual clients. Models of megastructures were magnets for attention at any design exhibition, and they filled the portfolios of that era’s architecture students (who are ever fascinated with the futuristic.) As one can imagine, relatively few megastructures (even those which were actually commissioned by a real client) were built—but these daring, forward-looking designs continue to excite because of their intriguing forms and the grandeur of their visions.

REYNER BANHAM

Banham (1922-1988) was hard to miss. The architectural historian had a relatively short life, but for a couple of decades—from the 60’s to the 80’s—he seemed to be everywhere. An un-ignorable presence—tall, broad-shouldered, with a full bushy beard, and with the bright-spirited presence of a boisterous English Santa Claus—he was inserted into the architectural community’s consciousness through his continuous lecturing, teaching, traveling, and via captivating books and journal articles. Those appearances—whether in person or print—were always accompanied by a sense of wonder: one resonated to Banham’s own combination of surprise and delight at what he had discovered and the enthusiasm with which he shared it. He always produced an intellectual an aesthetic thrill for those who followed him into exploring new areas of thought, or by looking into chapters of design history that had been left untended for too long.

THE “FIRST APROXIMATION” HISTORIAN

The Ponte Vecchio in Florence—Banham quotes Paul Rudolph as citing it as an example of a megastructure.

The Ponte Vecchio in Florence—Banham quotes Paul Rudolph as citing it as an example of a megastructure.

Le Corbusier’s perspective drawing of his urban design for Algiers, a project from the early 1930’s. The architect-designed overall structure provides space and flexibility for a variety of uses and designs (and even styles) which could be built wit…

Le Corbusier’s perspective drawing of his urban design for Algiers, a project from the early 1930’s. The architect-designed overall structure provides space and flexibility for a variety of uses and designs (and even styles) which could be built within. This project is cited by Reyner Banham as an early example of a megastructure within the Modern movement.

While the prime era of megastructure design is the 1960’s, Banham’s book points out proto-megastructures—designs from throughout architectural history that share the characteristics of megastructures. He cites design complexes like Rockefeller Center -or- Medieval/Renaissance city bridges (upon which were accommodated a multiplicity of buildings and functions) -or- Le Corbusier’s urban design project for Algiers—and one of the pleasures of Banham’s work (both in this book and his other writings) was his ability to vividly connect seemingly new ideas with older architectural works which exemplified those theories.

With his work on megastructures—research he initiated in the mid-1970’s—Banham was engaged in what he called “first approximation history.” That’s his term for when an historian first attempts to grasp the outlines (and write the history) of a very recent movement or phenomenon. There’s always danger in doing that close to the era being studied: for without the perspective and wisdom that comes from viewing things at a distance of years (or decades), no historian can, with a high level of confidence, discern what was truly significant about an event or period. Yet, Banham asserted, somebody has got to be the first take on making an estimate and assessment of what happened—and that is what he termed the “first approximation.” He specifically cited the megastructure movement (which, when he started doing the research for the 1976 book, was passing out of its high-energy phase) as a subject for which he was acting as the first approximation historian.

PAUL RUDOLPH: MASTER OF MEGASTRUCTUES

A page spread, from within the Megastructures book, in which Rudolph and his LOMEX project are discussed.

A page spread, from within the Megastructures book, in which Rudolph and his LOMEX project are discussed.

Most megastructures are visionary, and such visions—dreams of an ideal life though residing within a singular and coherent vision of a highly advanced architectural structure—will inevitably remain in the land of the imagination.

But some megastructures did get built—and Paul Rudolph is notable as an architect for the ones that he designed—several of which were constructed.

Paul Rudolph was very conscious of the possibilities that megastructures offered—as shown in this portion of an interview of Rudolph conducted by Jeffrey Cook and Heinrich Klotz (to be found in their 1973 book Conversations With Architects—which is also quoted in Banham’s book):

Cook: What is the dominant tendency in architecture since Mies?

Rudolph: After Mies, the megastructure.

Cook: Are there any models for understanding the megastructure visually? Or does it remain in the realm of ideas. . . . Did you have any examples to work from for this idea?

Rudolph: Oh gosh, a lot of people have worked on megastructure. The best model I have found is the bridge in Florence.

Cook: Ponte Vecchio.

Rudolph: The Ponte Vecchio— the shops along the pedestrian way and over it marvelous housing. The scale of supports is in keeping with the vehicular way, and then there is a working down of scale. There is nothing new. That is a megastructure, and probably the purest example in traditional architecture.

It’s also worth noting that Rudolph was in Japan in 1960, at an international conference of architects where Metabolism—that Japanese architectural movement which most fervently embraced megastructures—was born. [We wrote about this in an earlier article, here.]

Rudolph having, digested (and maybe contributed to) the megastructure concept, designing using it—and this can clearly be seen in several significant projects. This approach was most manifest in his work in the 1960’s—the richest era, worldwide, for the design of megastructures.

Some of these designs from Rudolph’s oeuvre are among his most significant built works: the UMass Dartmouth campus, the Boston Government Service Center, and the Burroughs Wellcome headquarters and research center in North Carolina. The latter, Burroughs Wellcome, was specifically designed with flexibility for expansion—and, over the course of a decade, Rudolph did create several additions to it.

Even the unbuilt projects, like LOMEX, remain icons of design—and strong evidence of that project’s power is that Banham chose LOMEX for the cover of his book.

Rudolph returned to the megastructure approach in several large designs later in his career, and none more clearly than in his 1990 Gatot Subroto project for Jakarta.

1962: Rudolph’s Boston Govt. Service Center

1962: Rudolph’s Boston Govt. Service Center

1963: Rudolph’s UMass Dartmouth campus

1963: Rudolph’s UMass Dartmouth campus

1967: Rudolph’s Graphic Arts Center for NYC

1967: Rudolph’s Graphic Arts Center for NYC

1967: Rudolph’s LOMEX project for Manhattan

1967: Rudolph’s LOMEX project for Manhattan

1969: Rudolph’s Burroughs Wellcome in North Carolina

1969: Rudolph’s Burroughs Wellcome in North Carolina

1990: Rudolph’s Gatot Subroto for Jakarta

1990: Rudolph’s Gatot Subroto for Jakarta

We congratulate and thank Monacelli Press for bringing out this excellent, new—and much needed—edition of Reyner Banham’s Megastructures.

BOOK INFORMATION AND AVAILABILITY:

  • TITLE: Megastructure: Urban Futures Of The Recent Past

  • AUTHOR: Reyner Banham; with a new foreword by Todd Gannon

  • PUBLISHER: Monacelli Press

  • FORMAT: Hardcover; 8-1/2 x 11 inches; 232 pages; 222 illustrations

  • ISBN: 9781580935401

  • PUBISHER’S WEB PAGE FOR THE BOOK: here

  • AMAZON PAGE: here

  • BARNES & NOBLE PAGE: here

IMAGE CREDITS:

Habitat at Expo 67: Photo by ProtoplasmaKid, via Wikimedia Commons; Pompidou Center: Photo by Gabriel Fernandes, via Wikimedia Commons; Nakagin Capsule Tower: Photo by Kakidai, via Wikimedia Commons; Ponte Vecchio: Photo by Amada44, via Wikimedia Commons; Boston Government Service Center: Photo by G. E. Kidder Smith, courtesy of the Massachusetts Institute of Technology; UMass Dartmouth: Photograph by Kelvin Dickinson, © The Estate of Paul Rudolph, The Paul Rudolph Heritage Foundation; Graphic Arts Center: Photographer unknown; LOMEX: © The Estate of Paul Rudolph, The Paul Rudolph Heritage Foundation'; Burroughs Wellcome: Image courtesy of the Wellcome Collection; Gatot Subroto: © The Estate of Paul Rudolph, The Paul Rudolph Heritage Foundation