Wednesday, October 8, 2025

Eduardo Chillida

 

 

Eduardo Chillida




WikipediaEnciclopedia Free

Eduardo Chillida Juantegui

(10 January 1924 – 19 August 2002) 

Born   Eduardo Chillida Juantegui

10 January 1924




San Sebastián, Spain

Died    19 August 2002 (aged 78)

Donostia, Basque Country, Spain



Occupation    Sculptor



Notable for his abstract works

hillida's sculpture Berlin (2000) for the Office of the Federal Chancellor (Bundeskanzleramt) in Berlin



Early life and career

Born in San Sebastián (Donostia) to Pedro Chillida and the soprano Carmen Juantegui on 10 January 1924. Eduardo Chillida grew up near hotel Biarritz, which was owned by his grandparents.[1] Chillida had been the goalkeeper for Real Sociedad, San Sebastián's La Liga football team, where his knee was so seriously injured that he had five surgeries, ending a promising football career. He then studied architecture at the University of Madrid from 1943 to 1946. In 1947 he abandoned architecture for art, and the next year he moved to Paris, where he set up his first studio and began working in plaster and clay. He never finished his degree and instead began to take private art lessons. He lived in Paris from 1948 to 50 and at Villaines-sous-Bois (Seine-et-Oise) from 1950 to 1955.[2] In 1950 Chillida married Pilar Belzunce and later returned to the San Sebastián area, first to the nearby village of Hernani and in 1959 to the city of his birth, where he remained.[3]

 

He died at his home near San Sebastián at the age of 78.

 

Work

Chillida's sculptures concentrated on the human form (mostly torsos and busts); his later works tended to be more massive and more abstract, and included many monumental public works.[4] Chillida himself tended to reject the label of "abstract", preferring instead to call himself a "realist sculptor". Upon returning to the Basque Country in 1951, Chillida soon abandoned the plaster he used in his Paris works – a medium suited to his study of archaic figurative works in the Louvre.[5] Living near Hernani, he began to work in forged iron with the help of the local blacksmith, and soon set up a forge in his studio. From 1954 until 1966, Chillida worked on a series entitled Anvil of Dreams, in which he used wood for the first time as a base from which the metal forms rise up in explosive rhythmic curves.[6] He began to make sculpture in alabaster 1965.[2] Rather than turn over a maquette of a sculpture to fabricators, as many modern artists do, Chillida worked closely with the men in the foundry. He then usually added an alloy that caused the metal to take on a brilliant rust color as it oxidizes.[7]

 

From quite early on, Chillida's sculpture found public recognition, and, in 1954, he produced the four doors for the basilica of Arantzazu, where works by other leading Basque sculptors – Jorge Oteiza, Agustin Ibarrola and Nestor Basterretxea – were also being installed. The following year, he carved a stone monument to the discoverer of penicillin, Sir Alexander Fleming, for a park in San Sebastián (it subsequently disappeared, but a new version has been installed on the promenade at San Sebastián bay).[4] By the early 1970s, his steel sculptures had been installed in front of the Unesco headquarters in Paris, the ThyssenKrupp building in Düsseldorf, and in a courtyard at the World Bank offices in Washington

 

At their best his works, although massive and monumental, suggest movement and tension. For example, the largest of his works in the United States, De Musica is an 81-ton steel sculpture featuring two pillars with arms that reach out but do not touch. Much of Chillida's work is inspired by his Basque upbringing, and many of his sculptures' titles are in the Basque language Euskera. His steel sculpture De Música III was exhibited at the Yorkshire Sculpture Park in the UK, as part of a retrospective of Chillida's work.


 

Chillida's cast iron sculpture Topos V has been displayed in Plaça del Rei, Barcelona, since 1986.

 

Chillida also conceived a distinguished oeuvre of etchings, lithographs and woodcuts since 1959, including illustrations for Jorge Guillen's Mas Alla (1973) and various other books.[2] Some of his bi-dimensional works are used as logos by Basque organizations such as the University of the Basque Country and Gestoras pro Amnistía.


 

Monument to Tolerance, Fuerteventura

According to Chillida's plans for a Monument of Tolerance, an artificial cave is to be bored into the mountain. The huge cubic cave, measuring 40 metres (131 ft) along each side, is to be dug from inside a mountain that has long been revered by the inhabitants of the dusty, barren island to the south of Lanzarote. About 64,000 cubic metres of rock will be taken away from the mountain, which rises out of an arid landscape in the north of the island, to create what Chillida called his 'monument to tolerance'. Chillida's original idea was for visitors to experience the immensity of the space.[8]

 

The project has been in development since 1994, eight years before Chillida's death.[9] In 2011 local authorities decided to go ahead with a project by Chillida inside Mount Tindaya on Fuerteventura despite concerns from environmentalists.[8] As of 2013, local officials are continuing to seek €75 million in private funding.[9]

 

Dialogue with Heidegger


1960

In the early 1960s Eduardo Chillida engaged in a dialog with the German philosopher Martin Heidegger. When the two men met, they discovered that from different angles, they were "working with space" in the same way. Heidegger wrote: "We would have to learn to recognize that things themselves are places and do not merely belong to a place," and that sculpture is thereby "...the embodiment of places." Against a traditional view of space as an empty container for discrete bodies, these writings understand the body as already beyond itself in a world of relations and conceive of space as a material medium of relational contact. Sculpture shows us how we belong to the world, a world in the midst of a technological process of uprooting and homelessness. Heidegger suggests how we can still find room to dwell therein.

 

Chillida has been quoted as saying: "My whole Work is a journey of discovery in Space. Space is the liveliest of all, the one that surrounds us. ...I do not believe so much in experience. I think it is conservative. I believe in perception, which is something else. It is riskier and more progressive. There is something that still wants to progress and grow. Also, this is what I think makes you perceive, and perceiving directly acts upon the present, but with one foot firmly planted in the future. Experience, on the other hand, does the contrary: you are in the present, but with one foot in the past. In other words, I prefer the position of perception. All of my work is the progeny of the question. I am a specialist in asking questions, some without answers."

 

Other philosophers who have written respectfully about Chillida and his works include Gaston Bachelard and Octavio Paz.[10]

 

Elogio del Horizonte (Eulogy to the Horizon), concrete (1989), Gijón, Spain

Elogio del Horizonte (Eulogy to the Horizon), concrete (1989), Gijón, Spain

 

Toleranz durch Dialog, Münster, Germany

Toleranz durch Dialog, Münster, Germany

 

Haizearen orrazia (Wind comb), San Sebastián, Spain

Haizearen orrazia (Wind comb), San Sebastián, Spain

 

Elogi de l'aigua, Barcelona, Spain

Elogi de l'aigua, Barcelona, Spain

 

Monumento (1971), Thyssen-Hochhaus, Düsseldorf, Germany

Monumento (1971), Thyssen-Hochhaus, Düsseldorf, Germany

 

A short mast with a plastic flag hanging from a building. The flag has a white background, a black symbol with bold strokes and a hollow inside. The flag also has the letters "nistia" partially visible in red.

A flag with the logo of Gestoras pro Amnistía

Exhibitions

Chillida exhibited his early work in 1949 in the Salon de Mai at the Musée d'Art Moderne in Paris, and the next year took part in "Les Mains Eblouies", a show of postwar art at the Galerie Maeght.[6] After his first solo exhibition at the Clan Gallery in Madrid in 1954, Chillida exhibited his work in more than 100 one-man shows. He also participated in many international exhibitions, including the Venice Biennale (1958, 1988 and 1990); the Pittsburgh International, where he received the Carnegie Prize for sculpture in 1964 and, in 1978, shared the Andrew W. Mellon Prize with Willem de Kooning; and Documenta II, IV and VI.[3] His first comprehensive retrospective in the United States was mounted by the Museum of Fine Arts, Houston, in 1966. Major retrospectives of Chillida's graphic and sculptural work have since been mounted by the National Gallery in Washington, D.C. (1979), Solomon R. Guggenheim Museum in New York (1980), Palacio de Miramar in San Sebastián (1992); and the Museo Nacional Centro de Arte Reina Sofía in Madrid (1999) and the Guggenheim Museum in Bilbao, Spain (1999).

 

In 2025-2026, the San Diego Museum of Art exhibited his work in Eduardo Chillida: Convergence.[11]

 

Major public works

Major public works by Chillida are in Barcelona, Berlin, Paris, Frankfurt and Dallas. A large body of his work can be seen in San Sebastián. One, Haizeen orrazia (The Comb of the Wind) a collaboration with Luis Peña Ganchegui, is installed on rocks rising from the Cantabrian Sea at La Concha bay in Sebastián. Perhaps his best-known work in the United States is in front of the I.M. Pei-designed Meyerson Symphony Center in Dallas. De Musica features two pillars with branches that reach out but do not touch. In Washington, a Chillida sculpture is inside the World Bank headquarters. In 1997, a sculpture by Chillida was also on extended loan from Tasende Gallery outside Beverly Hills City Hall, on occasion of Tasende Gallery opening their Los Angeles showroom with a solo presentation by Chillida.[12] In 1986, he installed House of Goethe, a large piece that is a tribute to the German poet and dramatist, Johann Wolfgang von Goethe, in the city of Frankfurt.[7] His monument Diálogo-Tolerancia (Dialogue-Tolerance) was installed in Münster in 1993 to celebrate the Peace of Westfalia. Chillida's sculpture Berlin (2000) for the Federal Chancellery (Berlin) is interpreted as a symbol of German reunification: two crossing hands create a common – in a sense spiritual – place.

 

Collections

Chillida's sculptures have been collected by major museums, including the Museum of Modern Art and the Metropolitan Museum of Art in New York; the Tate Britain in London; the Kunsthalle Basel in Switzerland; and the Neue Nationalgalerie in Berlin. In 1986 the Chillida collection of the Museo Nacional Centro de Arte Reina Sofía in Madrid was inaugurated; Chillida designed the museum's logo.[1]

 


 

The farmhouse at the Chillida Leku museum

Chillida Leku

In the early 1980s Chillida and his wife bought a sixteenth century Basque farmhouse and surrounding land at Hernani near San Sebastián to establish a permanent place to display his work in a natural environment. This opened in the 1990s as Chillida Leku, an open-air museum where visitors could wander among the sculptures. The museum closed by 2011 but reopened in 2019 with the backing of Hauser & Wirth, a Swiss modern art gallery. Leku means 'place' in Basque.[13][14]

 

Honours and awards


 

Buscando la luz at the Chillida Leku museum

In 2002, Vitoria-Gasteiz, the capital of the Basque country, awarded its gold medal, the city's highest honor, posthumously to Chillida and the architect Luis Peña Ganchegui, for building a square that has come to symbolize Basque re-emergence following Spain's return to democracy.[15] Other honours include:

 

(1998) Recipient of the Lifetime Achievement in Contemporary Sculpture Award International Sculpture Center

(1991) Recipient of the Praemium Imperiale in Sculpture

(1987) Recipient of the Premio Príncipe de Asturias de las Artes

(1985) Recipient of the Wolf Prize in Sculpture

(1983) Elected an honorary academician by the Royal Academy

(1998) Elected an honorary Fellow of the Royal Society of Sculptors

Art market

Since 2018, Chillida's estate has been represented by Hauser & Wirth. It previously worked with Pilar Ordovas. Tasende Gallery was the solo US representative of Chillida from the mid 1980s through the 1990s.Tasende Gallery’s representation, including several shows arranged with museums and commercial galleries in the US, presentations at numerous art fairs in the US, Europe and Japan, an extensive advertising campaign, monograph publications and symposiums served to widely introduce Eduardo Chillida to the American art market.[16]

 

In 2006, Chillida's classic 1961 sculpture, Rumor de Limites, more than doubled estimates to sell to a collector from the Iberian Peninsula for a record £2 million in London.[17] His corten steel sculpture Buscando La Luz IV (Looking for the Light IV) (2001) was sold for 4.1 million pounds at Christie's London in 2013.[18]

 

References

 Eduardo Chillida Archived 5 April 2011 at the Wayback Machine Fundación Telefónica, Madrid.

 Eduardo Chillida Tate, London.

 Ken Johnson (22 August 2002) Eduardo Chillida, Sculptor on a Grand Scale, Dies at 78 The New York Times.

 Adrian Searle (21 August 2002), Obituary: Eduardo Chillida The Guardian.

 Eduardo Chillida/Antoni Tàpies Archived 31 March 2012 at the Wayback Machine Deutsche Guggenheim, Berlin.

 Obituary: Eduardo Chillida The Daily Telegraph.

 Hilliard Harper (25 October 1986), Chillida's Sculptures Reach Peak Los Angeles Times.

 Giles Tremlett (20 January 2011), Spanish island allows massive cave to be bored into 'magic' mountain The Guardian.

 Laurie Rojas (10 October 2013), Chillida's Canary Islands cave sculpture still on hold The Art Newspaper.

 Robert McDonald (25 October 1986), Small Sample Of Chillida Is Offered Los Angeles Times

 "Eduardo Chillida: Convergence". San Diego Museum of Art. Retrieved 19 July 2025.

 E. Chillida, 78; Spanish Wrought-Iron Sculptor Los Angeles Times.

 Agnish, Ray (17 April 2019). "Sculpted by time: Eduardo Chillida museum reopens in San Sebastián". The Guardian. London. Retrieved 17 April 2019.

 Museum Chillida-Leku (Hernani, Spain) Archived 17 January 2012 at the Wayback Machine

 Raphael Minder (14 September 2010), Basque Giant, Finally Embraced The New York Times.

 Anna Brady (16 October 2019), In person: Pilar Ordovas on playing hard to get and striking out on her own The Art Newspaper.

 Colin Gleadell (27 June 2006), Market news: London's contemporary art sales The Daily Telegraph.

 Scott Reyburn (26 June 2013), Basquiat Sells for $29 Million, Contemporary Sales Start The Daily Telegraph.


Buscando la luz





With affection,

Ruben 

Thursday, September 11, 2025

Nine Ingenious Inventions by Benjamin Franklin

 

Nine Ingenious Inventions by Benjamin Franklin 



 One of the Founding Fathers of the USA

Source:

Jonny Wilkes

Author's Title, BBC History Extra Magazine

May 11, 2024

If you ask a group of people today what the 18th-century polymath Benjamin Franklin should be most remembered for, chances are a variety of answers will emerge.

 

Was he primarily a man of letters, who became a successful printer, publisher, journalist, and author, with a unique wit and philosophical perspective?

Or perhaps he should be more celebrated as a revered statesman, for having served as a Founding Father and the first ambassador to France, a role that led to the Franco-American alliance, which proved integral to the American Revolution (1763–1783).

Such is his reputation that some people still (erroneously) refer to him as the president of the United States.

 

However, there will always be those who consider this titan of U.S. history first and foremost to be one of the leading scientists and inventors of his time.

Franklin's contributions were not only numerous and life changing, but he offered them as a gift.

 

He never patented anything, stating in his autobiography: "While we enjoy great advantages from the inventions of others, we should be glad to have an opportunity of serving others by any invention of our own; and this we should do freely and generously."

 

Having retired from his business interests as an extremely wealthy man in his early 40s, Franklin began experimenting with electricity in 1746.

 

He altered our understanding of how it works; challenging the theory, that electricity should be treated as two fluids by proposing that it behaves as a single fluid that could be positively or negatively charged.

 

It was Franklin who first used the terms "positive," "negative," and "charge" in relation to electricity.

 

He pioneered the language itself surrounding the study, also establishing the electrical basis for terms like "battery" and "conductor."

The Kite



Of course, what truly made Franklin a world-famous scientist was his legendary kite experiment, despite the continuing uncertainty about whether it actually took place.

 

If we believe the accounts (including a letter from Franklin in the Pennsylvania Gazette), in June 1752 he set out to prove his theory that lightning was electrical in nature.

 

His method involved flying a kite in a thunderstorm, with a metal key attached.

 

This collected charge from the atmosphere, which was then conducted into a Leyden jar (discovered in the 1740s, a device for storing static electricity), thus confirming that Franklin was right.

 

While another scientist, the French physicist Thomas-François Dalibard, had conducted a similar test a month earlier, this one was based on Franklin's published notes.

 

Therefore, the American took the credit.

 

His ingenuity was not limited to devising scientific experiments, but also to creating solutions to mundane problems and improving existing technologies. Among his many passions and pursuits, Franklin also found time to develop a vast collection of new devices. Here are some of the most ingenious. Franklin's contributions were not only numerous and life changing, but he offered them as a gift. He never patented anything, stating in his autobiography: "While we enjoy great advantages from the inventions of others, we should be glad to have an opportunity of serving others by any invention of our own; and this we should do freely and generously." Having retired from his business interests as an extremely wealthy man in his early 40s, Franklin began experimenting with electricity in 1746. He altered our understanding of how electricity works; challenging the theory, that electricity should be treated as two fluids by proposing that it behaves as a single fluid that could have a positive or negative charge.

 

It was Franklin who first used the terms "positive," "negative," and "charge" in relation to electricity. He promoted the very language surrounding the study, also establishing the electrical basis for terms like "battery" and "conductor."

 

The Kite

Of course, what truly made Franklin a world-famous scientist was his legendary kite experiment, despite the continuing uncertainty about whether it actually took place.

 

If accounts (including a letter from Franklin in the Pennsylvania Gazette) are to be believed, in June 1752 he set out to prove his theory that lightning was electrical in nature.

 

His method involved flying a kite in a thunderstorm, with a metal key attached.

 

This collected charge from the atmosphere, which was conducted into a Leyden jar (discovered in the 1740s, a device for storing static electricity), thus confirming that Franklin was right. Although another scientist, French physicist Thomas-François Dalibard, had conducted a similar test a month earlier, this one was based on Franklin's published notes.

 

Therefore, the American took the credit.

 

Ingenious Inventions

His ingenuity was not limited to devising scientific experiments, but also to creating solutions to mundane problems and improving existing technologies.

 

Among his many passions and occupations, Franklin also found time to develop a vast collection of new devices.

 

Here are some of the most ingenious.

1. Patios 



Franklin's experiments with electricity had a clear practical purpose: to prevent the fires and destruction that lightning could cause when striking wooden buildings.

 

His solution was a metal pole that could be fixed to the top of the building with a wire running to the ground to safely conduct electricity.

 

The usefulness of the lightning rod was immediately apparent, and it remains a vital addition to structures today.

 

Even King George III of the United Kingdom, who cursed Franklin's name when the American Revolutionary War broke out, had them installed at Buckingham

Palace. That said, he made the political decision to choose rounded lightning rods, as suggested by British scientists, instead of Franklin's pointed ones.

2. Swimming paddles, designed by Franklin, displayed at the Benjamin Franklin Museum

 in Philadelphia, Pennsylvania




Franklin's inventive mind began working at an early age.

 

By age 11, he was a strong swimmer and designed portable aids to help him go faster in the water.

 

They resembled an artist's paint palette and were oval-shaped pieces of wood with holes for his thumbs to increase the surface area of ​​his strokes.

 

He also experimented with flippers for his feet, though with less success.

Beyond his invention, Franklin did his best to popularize the pastime of swimming, championing its health benefits and genuinely considering becoming a swimming teacher.

 

3. Stove 



Produced according to Franklin's design. While traditional fireplaces consumed a lot of fuel and posed a risk of fire, the Franklin stove was more efficient, producing less smoke and fewer stray sparks. It consisted of a cast iron box set back from the chimney, with a hollow space at the back to allow more heat to circulate more quickly. Since its commercial release in 1742 and its refinement by fellow American David Rittenhouse in the 1780s, it set a new benchmark for indoor heating.

 

 

While living in London before the War of Independence, he bathed daily in the Thames.

 

He is now honoured in the International Swimming Hall of Fame.

4.Urinary catheter



 

Franklin did not invent the original catheter (medically, a tube inserted into the urethra to allow urine to drain), but he did develop a much less painful version.

 

That in itself has earned him praise over the years for many sufferers.

 

It all began around 1752, when his older brother, John, developed kidney stones and needed regular catheter insertions.

At the time, these were solid tubes that caused significant pain.

 

Franklin set to work making something more flexible, resulting in a tube made of hinged sections joined by a local silversmith.

 

He hurriedly sent it to his brother with instructions on how to use it much less painfully.

5. Bifocals



Franklin-style glasses, 1720-1820.

Being nearsighted and farsighted in his old age, Franklin concluded that constantly changing his different pairs of glasses was a nuisance he could do without.

 

By cutting both types of lenses in half, he created a pair of glasses with the top half ideal for long-distance vision and the bottom half better suited for near reading.

 

In recent years, there has been some question as to whether he was the true inventor of bifocals or simply an early adopter, but he certainly made them a striking invention.

6. Long Arm



The device is similar to those used today to pick up trash without having to bend down.

Along with bifocals, the long arm helped Franklin indulge his love of reading in old age, when his health deteriorated in the 1780s.

 

The clue is in the name: it was a grasping device, made of a piece of wood with claw-like fingers at the end that could be manipulated by pulling a cord, making it easier to grab a book from the top shelf without having to climb a ladder.

7. To Keep Your Soup From Spilling.



This one, however, was one in which the soup couldn't be spilled.

Franklin wanted to put an end to accidents while sailing at sea, when the ship pitched in all directions, so he devised a simple yet elegant solution.

His design had the usual bowl in the center, but it was surrounded by smaller containers around the rim.

When something caused the soup to spill, it would end up in one of those mini bowls instead of falling onto the table.

8. Musician Dean Shostak during one of his Crystal Concerts, playing a glass harmonica, invented by Franklin in 1761.



Have you heard that unearthly sound made by rubbing a moistened finger over the rim of a wine glass?

 

That inspired Franklin's musical instrument, the harmonica.

Manufactured around 1761, it consisted of 37 glass bowls aligned on a rotating axis, which the player turned using a pedal while keeping their fingers lubricated for playing.

 

Each bowl was crafted to exact specifications by London-based glassblower Charles James to produce different notes without the need for liquid inside.

 

The instrument caused a stir on the European music scene, with names like Mozart and Beethoven composing pieces to take full advantage of its ethereal sound.

 

Franklin would later say, "Of all my inventions, the glass armonica is the one that has given me the greatest personal satisfaction."

With affection,

Ruben