A World History of Dishes: From Pottery to Porcelain
On the outer surface of pottery shards unearthed from Xianrendong Cave in Jiangxi Province, China, there were traces of soot and carbonization. Radiocarbon dating placed them at roughly 20,000 years old — and these fragments quietly overturned one of archaeology’s long-held theories.[1] The prevailing scholarly view had been that humanity began making vessels after inventing agriculture, as a means of storing surplus food. Yet these shards predated agriculture by some 10,000 years, and the soot told a different story: these vessels were used not as storage containers, but as cooking tools.
The history of dishes is not simply a history of “tools for holding things.” The technology of hardening clay with fire changed how humanity ate, opened trade routes, built and toppled kingdoms. And at some point, people became as obsessed with the vessels themselves as with their contents.
Fire Meets Earth: The First Pottery
The oldest pottery yet discovered consists of the shards from Xianrendong Cave in Jiangxi Province, China. Radiocarbon dating places them at approximately 20,000 to 19,000 years ago — more than 2,000 to 3,000 years earlier than any pottery found elsewhere.[1] At the time, humanity consisted of hunter-gatherers during the last Ice Age, who had not yet begun to farm.
The most significant implication of the Xianrendong pottery is that this discovery completely dismantled the “pottery = post-agriculture” paradigm. A 2012 study published in the journal Science confirmed, through soot traces on the outer surfaces, that these shards were used for boiling or steaming food.[1] The revolution brought about by pottery was not simply a matter of storage. As boiling and cooking became possible, humans could now consume plant roots and tough meats that were difficult to digest raw — a dramatic improvement in caloric absorption.
In Japan, an independent pottery culture flourished around the same period. Jōmon pottery dates back to approximately 14,500 BCE,[2] and the name “Jōmon” itself derives from the cord-impressed patterns pressed into the pottery surface. The Jōmon people are thought to have developed pottery to process plant-based foods such as acorns and chestnuts in a cold climate. Some Jōmon pottery is known for its elaborate decoration resembling leaping flames, which suggests aesthetic and ritual functions beyond mere utility.[2]

On the Korean Peninsula, comb-pattern pottery developed during the Neolithic period spanning roughly 8,000 to 3,000 BCE. This distinctive style — which decorates the entire surface of vessels with geometric lines and dots — is particularly prominent on the Korean Peninsula and its surroundings, and Neolithic Korean culture is often referred to as the “comb-pattern pottery culture.”[3] The V-shaped pointed base is interpreted as being designed to be planted upright in sand or soil, or to be held stably during cooking. These vessels were more than simple survival tools — they are also symbolic artifacts showing how the people of that era related to the natural world.[3]
From Earth to Stone, from Stone to White Glass: The Evolution of Chinese Ceramics
The transition from earthenware to porcelain was the result of thousands of years of gradual technological evolution. In China, this process unfolded in three stages.
The first was the earthenware (陶器) stage: ordinary clay fired at approximately 800–1,000°C. Opaque and porous, it represents the most fundamental form, originating from the primitive pottery of Xianrendong.
The second was the stoneware (炻器) stage: purer clay fired at temperatures above approximately 1,200°C to produce a non-porous surface. Stoneware production in China can be confirmed from around 1,500 BCE.[4]
The third — and China’s most decisive contribution to the world — was porcelain (磁器). By mixing kaolin and petuntse and firing at 1,250–1,400°C, a translucent, dense white ceramic is produced. A primitive form of porcelain first appeared during the Eastern Han dynasty (25–220 CE),[4] and its significance as an export commodity grew through the Tang dynasty (618–907 CE). In particular, the brilliantly colored three-color glazed ware known as Tang sancai spread along the Silk Road into Central Asia and the Middle East.[4]
The true perfection of porcelain was achieved during the Song dynasty (960–1279 CE). During this period, Jingdezhen rose as the center of porcelain production, and the five famous kilns known as the “Five Great Kilns” competed with different glazes and colors, pushing ceramic art to its limits.[4] Song dynasty porcelain was not simply beautiful — it became a core export alongside silk and tea in the Chinese economy, spreading across the world via the Silk Road and maritime routes. It is no coincidence that the English word “China” came to mean “porcelain” itself.

Europe’s Obsession: The Fever for “White Gold”
In 17th-century Europe, Chinese porcelain was not merely a luxury — it was an obsession. The term maladie de porcelaine — literally “porcelain sickness” — entered the vocabulary.[5] Porcelain imported from China was thinner, harder, and more luminously translucent than anything Europe could produce. European potters spent decades trying to unravel the secrets of this “white gold,” but the existence of kaolin and the methods for processing it remained stubbornly elusive.
The breakthrough came in 1709 in the Electorate of Saxony (in present-day Germany). Elector Augustus the Strong, who also served as King of Poland, was a fanatical collector known to have accumulated more than 20,000 pieces of Chinese and Japanese porcelain.[5] He imprisoned a young alchemist, Johann Friedrich Böttger, who had claimed to know how to make gold, and forced him to research the secret of porcelain. Böttger first completed a red stoneware, then in 1708 confirmed that kaolin from Schneeberg was the key ingredient, completing Europe’s first hard-paste porcelain in 1709.[5]
Augustus the Strong established the Royal Porcelain Manufactory at Meissen Castle in June 1710. To maintain secrecy, craftsmen were forbidden from leaving the factory, and the manufacturing secrets were called the “arcanum.”[5] But the secret did not hold for long. From the 1720s, Meissen craftsmen began escaping to other regions or selling the secrets, and porcelain factories sprang up across Europe — in Vienna, Sèvres, Berlin, Copenhagen, and elsewhere. Meissen’s crossed-swords mark, one of the world’s oldest trademarks, began to be used from this period to prevent counterfeiting.[5]
In Britain, a ceramic revolution took place by a different route. Josiah Wedgwood founded a factory in Staffordshire in 1759 and introduced the first modern factory system for pottery production, dividing labor into specialized roles.[6] His “creamware” and “jasperware” were high-quality ceramics that the emerging middle classes — not just aristocrats — could afford, symbolizing the birth of consumer culture in the Industrial Revolution.[6] Meanwhile, Josiah Spode perfected the technique of bone china in 1796, blending crushed animal bone into the clay body.[6] Porcelain made by this method was whiter and lighter than Chinese porcelain and subsequently became synonymous with British ceramics.

The Islamic World’s Creative Crossroads
The role of the Islamic world in the exchange of ceramics between East and West is often underestimated. From the 8th century, Islamic potters imported and studied Chinese porcelain, and in the process of imitating it, invented distinctly original techniques.
The most important of these was lusterware. First developed in 9th-century Mesopotamia (present-day Iraq), this technique involves re-firing silver and copper compounds onto the pottery surface at low temperature after the initial firing, creating a rainbow-hued metallic sheen.[7] This technology spread through Persia and Egypt to Andalusia in Spain, reaching its peak as an Islamic ceramic art form in the 11th to 13th centuries.
The Iznik (İznik) pottery of the Ottoman Empire in the 15th to 17th centuries represents another apex. Produced in İznik (ancient Nicaea) in Anatolia, these ceramics are characterized by elaborate floral patterns drawn in cobalt blue and red,[7] and are regarded as the finest ceramics of the Islamic world in the 16th century. Iznik tiles were used to decorate the interior of the Sultan Ahmed Mosque (Blue Mosque) and Topkapi Palace in Istanbul, and directly influenced the Delft ware and maiolica ceramics of contemporary Europe.[7]

It was also during this period that Islamic potters invented the opaque tin-glaze technique and independently developed stonepaste ceramics by mixing limestone and quartz. Their techniques flowed into Western Europe through the Crusades and trade routes, forming the basis of maiolica and Delftware.[7]
The Korean Peninsula: Celadon to White Porcelain
Chinese celadon technology reached the Korean Peninsula around the 10th century. But the potters of Goryeo (918–1392) did not simply replicate Chinese techniques. They achieved a distinctive jade-tinted blue-green glaze known as bisaek (翡色) — literally “kingfisher color.”[8] This hue was the product of a complex interplay between the iron content of the glaze, the composition of the clay, and the position within the kiln, and to this day it is difficult to reproduce with precision. Xu Jing (徐兢), a Song dynasty envoy who visited Goryeo in 1123, recorded in his Xuanhe Fushi Gaoli Tujing that Goryeo celadon was beautiful in color and exquisite in craftsmanship, comparing it favorably to the Yuezhou and Ru kilns of China.[8]
The more transformative innovation of Goryeo potters was the sanggam (象嵌) inlay technique. Designs were carved into the leather-hard clay, then filled with white or black slip before the celadon glaze was applied and the piece fired. The result: under the translucent jade-colored surface, motifs of cranes, clouds, and lotus flowers appear in crisp relief. This technique, independently devised on the Korean Peninsula around the mid-12th century, is described by the Smithsonian as “Korea’s greatest contribution to the history of ceramic decoration worldwide.”[8] Goryeo celadon also had an international presence. Among the cargo of the Sinan shipwreck of 1323 — thousands of pieces of Chinese ceramics — seven Goryeo celadon vessels were found packed separately, providing archaeological evidence that Goryeo ceramics circulated beyond Korean borders.[8]

When the Joseon dynasty (1392–1897) replaced Goryeo, the aesthetic of Korean ceramics underwent a fundamental transformation. Adopting Neo-Confucianism as state ideology, Joseon turned away from the brilliant bisaek of celadon and toward the pure white of baekja (白磁) — white porcelain.[9] The Confucian values of frugality, integrity, and inner purity were projected onto the white vessel. King Sejong (r. 1418–1450) decreed that only white porcelain was to be used for royal tableware, and the gwanyo (官窯) — the official royal kiln established in Gwangju, Gyeonggi Province — produced white porcelain exclusively for the court under the supervision of the royal kitchen office for roughly five hundred years.[9] The aesthetic of Joseon white porcelain lay in a restraint that refused to flaunt technique: a slight asymmetry, a subtle variation in the milky-white glaze, a form whose beauty resided in its minimalism.

This centuries-long accumulation of technical mastery would, at the end of the 16th century, reshape the map of East Asian ceramics in an unexpected way.
The Imjin War and Arita: Ceramics Born of War
The most paradoxical episode in Japanese ceramic history unfolded across two invasions in 1592 and 1597. During Toyotomi Hideyoshi’s invasions of Joseon — the Imjin War and the Jeongyu War — Japanese daimyo abducted Korean potters on a massive scale, beyond their purely military objectives. The techniques of Korean Peninsula potters who had created Goryeo celadon and Joseon white porcelain — particularly the multi-chamber climbing kiln (noborigama) technology and the know-how of firing porcelain — were skills Japan had not independently developed, and a craze among the Japanese warrior class for collecting Joseon tea bowls fueled the demand. Some historians call these invasions the “Pottery Wars” (焼物戦争).[10]
One of the abducted Korean potters, Yi Sam-pyeong (李參平, known in Japan as Kanagae Sanbee), discovered a kaolin deposit in 1616 in the Hizen region of Kyushu (present-day Arita, Saga Prefecture).[10] This led to Japan’s first porcelain production, and the ceramics made in this region came to be known as Imari ware (伊万里焼) after the export port, or Arita ware (有田焼) after the production site. Exported in large quantities to Europe through the Dutch East India Company (VOC) from the late 17th to the early 18th century, Imari ware filled the demand of a European market that had been cut off from Chinese porcelain supply during the Ming-Qing transition.[10]

What makes this history even more compelling is what happened next. The skills of potters forcibly taken from Joseon flourished in Japan, and then crossed to Europe to influence ceramic factories such as Meissen and Sèvres. The fact that this technology’s path began in violence is a reminder that the world history of ceramics is not purely a beautiful story.

The Art of Revealed Cracks: Raku Ware and Kintsugi
Japan did not treat ceramics as mere tableware or export goods. The tea ceremony culture (sadō) of 16th-century Japan used ceramics as a medium for aesthetic and philosophical reflection. Sen no Rikyū (千利休, 1522–1591), the master who brought the tea ceremony to its highest form, favored the simple, imperfect black tea bowls made by craftsman Chōjirō (長次郎) of the Raku family in Kyoto, over ornate Chinese celadons. Thus was born Raku ware (楽焼): formed entirely by hand without a wheel and fired briefly at low temperatures, it prizes the traces of hands and the chance effects of kiln firing (yohén) over perfect symmetry.[11]
The aesthetic embodied in Raku ware is wabi-sabi: finding beauty in imperfection, transience, and incompleteness — a philosophy that runs in the exact opposite direction from the Chinese and European tradition of striving for the “perfectly circular vessel.” And wabi-sabi leads to kintsugi (金継ぎ), the art of repairing broken ceramics with gold.
There are several accounts of kintsugi’s origins. The most widely known story tells of how, in the late 15th century, Shogun Ashikaga Yoshimasa sent his beloved Chinese tea bowl to China for repair after it broke, only to receive it back fitted with crude metal staples — prompting Japanese craftsmen to devise a more beautiful repair method.[11] However, this origin story is difficult to verify. Records actually show that Yoshimasa’s prized bowl “Bakohan (馬蝗絆)” was treasured precisely because of its metal-staple repair and considered rare, which contradicts the story that craftsmen were “disappointed” and developed the gold repair method.[11] The scholarly consensus is that kintsugi was a product of tea ceremony aesthetics that gradually took shape over the 15th and 16th centuries. Whatever its origins, the method is the same: lacquer mixed with gold powder fills the cracks, so that rather than concealing the breaks, they are instead emphasized as golden lines, becoming the very history of the vessel itself. The kintsugi philosophy — “do not hide the crack; accept its trace as history” — is being rediscovered 500 years later as a metaphor in psychology and self-healing.[11]

The Industrial Revolution and Mass Production: The Democratization of Dishes
Until the 19th century, fine ceramics were the exclusive province of the nobility and the wealthy. What changed this was the Industrial Revolution.
Josiah Wedgwood did not merely make beautiful ceramics — he changed the very paradigm of ceramic production. He introduced a division-of-labor system, subdividing the production process and assigning each stage to specialized workers, and was known for personally inspecting defective pieces and smashing them on the floor as a form of quality control.[6] The development of canals and railways reduced the cost of transporting raw materials, and steam power was harnessed to drive wheels and mixing machines. As a result, ordinary households could own clean, uniform white porcelain tableware. This was also connected to hygiene. Unlike the absorbent surface of earthenware, a glazed porcelain surface was inhospitable to bacteria and easy to clean.[6]
Yet in the mid-20th century, ceramics met an unexpected competitor: plastic and melamine resin. Melamine tableware, popularized in the 1940s and 50s, was unbreakable, lightweight, and cheap. It replaced ceramics in military mess halls, school cafeterias, and outdoor picnics. However, melamine tableware cannot be used in microwaves, raised concerns about endocrine disruptors, and above all, had a different tactile quality from ceramics.[12]

The Return of Handwork: Rediscovering Imperfection
In the 21st century, an interesting reversal is taking place. In the age of mass-produced ceramics, interest in handcrafted pottery is rising again.
There are several layers to the background of this phenomenon. First, the values of “craftsmanship” and “handcrafted” have risen in food culture. Irregular shapes, surfaces bearing the marks of hands, glaze that has dripped and run — elements that industrial production would treat as defects have instead become markers of character and authenticity. Second, the spread of social media and visual culture has brought the aesthetics of food plating into sharp focus. On Instagram, photos of food served in handcrafted vessels have become a genre unto themselves. Third, pottery classes and hobby ceramics have grown in popularity worldwide.[12] The act of shaping clay is itself a sensory response to the digital age — and is somehow connected to the same impulse that first led someone in Xianrendong Cave, 20,000 years ago, to fire clay in flame.
At the same time, the philosophy of kintsugi is becoming the language of reflection on the modern culture of “discard and replace.” The act of joining a broken vessel with gold rather than throwing it away does not erase the history of the object — it makes that history visible. The reason this philosophy attracts renewed attention in the age of mass production is that, before it is a story about vessels, it is a story about the relationship between people and things.
Conclusion
There is one enduring current of desire running through the history of dishes. Humanity has always harbored a longing to make vessels that are harder, whiter, and more perfect. China, after millennia of accumulated technique, arrived at the ideal of porcelain; the Korean Peninsula absorbed that technology and gave rise to a distinct aesthetic of bisaek and sanggam inlay before pivoting toward the austere purity of white porcelain; Europe imprisoned an alchemist and poured the resources of kingdoms into replicating it. This obsession with perfection reshaped global trade routes and accelerated the Industrial Revolution.
Yet in Japan, there existed a tradition moving in precisely the opposite direction: Raku ware bearing the trace of hands, kintsugi that emphasizes the broken line in gold. These are questions posed to the ideal of the “perfect vessel.” The idea of not concealing the crack in a repaired bowl but making it stand out in gold begins from the thought that history may be more valuable than perfection, and that trace may be more valuable than uniformity.
The reason the hunter-gatherer in Xianrendong Cave fired clay 20,000 years ago was simple: to cook food better. Twenty thousand years later, we are still making vessels. We simply know, now, that what we are trying to put inside them is not food alone.
References
[1]: Wu, X. et al. (2012). “Early Pottery at 20,000 Years Ago in Xianrendong Cave, China.” Science, 336(6089), 1696–1700. (factual reference; https://www.science.org/doi/10.1126/science.1218643); Wikipedia, “Xianren Cave” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Xianren_Cave)
[2]: Wikipedia, “Jōmon pottery” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Jōmon_pottery); Metropolitan Museum of Art, “Jōmon Culture (ca. 10,500–ca. 300 B.C.)” (factual reference; https://www.metmuseum.org/essays/jomon-culture-ca-10500-ca-300-b-c)
[3]: National Museum of Korea, “Comb-pattern Pottery” (factual reference; https://www.museum.go.kr/site/eng/relic/represent/view?relicId=4328); Wikipedia, “Jeulmun pottery period” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Jeulmun_pottery_period)
[4]: Wikipedia, “Chinese ceramics” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Chinese_ceramics); China Highlights, “Chinese Porcelain History” (factual reference; https://www.chinahighlights.com/travelguide/culture/porcelain-history.htm)
[5]: Wikipedia, “Meissen porcelain” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Meissen_porcelain); SFO Museum, “Evolution of a Royal Vision: The Birth of Meissen Porcelain” (factual reference; https://www.sfomuseum.org/exhibitions/evolution-royal-vision-birth-meissen-porcelain); Porcelain Foundation Meissen Museum, “Invention” (factual reference; https://www.porzellan-museum.com/en/stiftung/schulmaterial/translate-to-english-erfindung/)
[6]: Wikipedia, “Wedgwood” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Wedgwood); V&A, “Wedgwood: An introduction” (factual reference; https://www.vam.ac.uk/articles/wedgwood-an-introduction); Wikipedia, “Bone china” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Bone_china)
[7]: Wikipedia, “Iznik pottery” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Iznik_pottery); Britannica, “Iznik ware” (factual reference; https://www.britannica.com/art/Iznik-ware); Wikipedia, “Lusterware” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Lusterware)
[8]: Wikipedia, “Goryeo ware” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Goryeo_ware); Smithsonian National Museum of Asian Art, “Cranes and Clouds: The Korean Art of Ceramic Inlay” (factual reference; https://asia.si.edu/whats-on/exhibitions/cranes-and-clouds-the-korean-art-of-ceramic-inlay/); Khan Academy, “Korean Celadons of the Goryeo Dynasty” (factual reference; https://www.khanacademy.org/humanities/art-asia/korea-japan/goryeo-dynasty/a/korean-celadons-of-the-goryeo-dynasty)
[9]: Wikipedia, “Joseon white porcelain” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Joseon_white_porcelain); Metropolitan Museum of Art, “In Pursuit of White: Porcelain in the Joseon Dynasty” (factual reference; https://www.metmuseum.org/essays/in-pursuit-of-white-porcelain-in-the-joseon-dynasty-1392-1910)
[10]: Wikipedia, “Imari ware” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Imari_ware); UAB Aftermath, “Technology brought by Korean potters” (factual reference; https://aftermath.uab.cat/stories-of-clay/room/room-3/); Britannica, “Imari ware” (factual reference; https://www.britannica.com/art/Imari-ware)
[11]: Wikipedia, “Kintsugi” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Kintsugi); Britannica, “Kintsugi” (factual reference; https://www.britannica.com/art/kintsugi-ceramics); Japan Travel (JNTO), “The Art of Imperfection: Kintsugi Pottery, Wabi-Sabi and Sustainability” (factual reference; https://www.japan.travel/en/blog/the-art-of-imperfection-kintsugi-pottery-and-wabi-sabi/)
[12]: Britannica, “Pottery” (factual reference; https://www.britannica.com/art/pottery); Wikipedia, “Melamine resin” (CC BY-SA 4.0; https://en.wikipedia.org/wiki/Melamine_resin); Ceramics.org (American Ceramic Society), “Oldest known pottery dates back 20000 years” (factual reference; https://ceramics.org/ceramic-tech-today/oldest-known-pottery-dates-back-20000-years-and-may-have-changed-the-course-of-human-history/)