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Johann Friedrich Böttger (also Böttcher or Böttiger; 4 February 1682 – 13 March 1719) was a German
alchemist Alchemy (from Arabic: ''al-kīmiyā''; from Ancient Greek: χυμεία, ''khumeía'') is an ancient branch of natural philosophy, a philosophical and protoscience, protoscientific tradition that was historically practiced in Chinese alchemy, C ...
. Böttger was born in
Schleiz Schleiz is a town in the district of Saale-Orla-Kreis in Thuringia, Germany. The former municipality Crispendorf was merged into Schleiz in January 2019, and Burgk in December 2019. Location Schleiz is in the Thuringian Vogtland area, an ar ...
and died in
Dresden Dresden (, ; Upper Saxon: ''Dräsdn''; wen, label=Upper Sorbian, Drježdźany) is the capital city of the German state of Saxony and its second most populous city, after Leipzig. It is the 12th most populous city of Germany, the fourth larg ...
. He is normally credited with being the first European to discover the secret of the creation of
hard-paste porcelain Hard-paste porcelain, sometimes "true porcelain", is a ceramic material that was originally made from a compound of the feldspathic rock petuntse and kaolin fired at very high temperature, usually around 1400  °C. It was first made in China ...
in 1708, but it has also been claimed that English manufacturers or Ehrenfried Walther von Tschirnhaus produced porcelain first. Certainly, the Meissen factory, established 1710, was the first to produce porcelain in Europe in large quantities and since the recipe was kept a trade secret by Böttger for his company, experiments continued elsewhere throughout Europe.


Biography

On Thursday, February 5, 1682, Johann Friedrich Böttger was baptized in Schleiz as the third child of his parents. His father was a mint master in Schleiz. His mother was the daughter of the Magdeburg councilor Pflug. In 1682 the family moved to Magdeburg. In the same year his father died. In 1685 his mother married the also widowed town major and engineer Johann Friedrich Tiemann. This was largely responsible for the versatile training of the young Böttger. Around 1700, as an 18-year-old apprentice chemist with the pharmacist Zorn in Berlin - Böttger, also an alchemist in pursuit of the
philosopher's stone The philosopher's stone or more properly philosophers' stone (Arabic: حجر الفلاسفة, , la, lapis philosophorum), is a mythic alchemical substance capable of turning base metals such as mercury into gold (, from the Greek , "gold", ...
, locked himself away to discover in private the ''Alltinktur'' or ''Goldmachertinktur'' (direct translation: gold/maker/tincture), an
alchemist Alchemy (from Arabic: ''al-kīmiyā''; from Ancient Greek: χυμεία, ''khumeía'') is an ancient branch of natural philosophy, a philosophical and protoscience, protoscientific tradition that was historically practiced in Chinese alchemy, C ...
's secret substance with which supposedly any disease could be cured and base metals converted into gold, as was much en vogue at the time. His activities did not stay secret for long and soon he was regarded as an adept in alchemy. When King
Frederick I of Prussia Frederick I (german: Friedrich I.; 11 July 1657 – 25 February 1713), of the Hohenzollern dynasty, was (as Frederick III) Elector of Brandenburg (1688–1713) and Duke of Prussia in personal union ( Brandenburg-Prussia). The latter function h ...
(a profligate well known for his insatiable hankering for gold) learned of this, he requested that Böttger be taken into
protective custody Protective custody (PC) is a type of imprisonment (or care) to protect a person from harm, either from outside sources or other prisoners. Many prison administrators believe the level of violence, or the underlying threat of violence within pris ...
. Böttger escaped, but was detained and taken back to Dresden. The
monarch A monarch is a head of stateWebster's II New College DictionarMonarch Houghton Mifflin. Boston. 2001. p. 707. Life tenure, for life or until abdication, and therefore the head of state of a monarchy. A monarch may exercise the highest authority ...
of
Saxony Saxony (german: Sachsen ; Upper Saxon: ''Saggsn''; hsb, Sakska), officially the Free State of Saxony (german: Freistaat Sachsen, links=no ; Upper Saxon: ''Freischdaad Saggsn''; hsb, Swobodny stat Sakska, links=no), is a landlocked state of ...
Augustus II of Poland Augustus II; german: August der Starke; lt, Augustas II; in Saxony also known as Frederick Augustus I – Friedrich August I (12 May 16701 February 1733), most commonly known as Augustus the Strong, was Elector of Saxony from 1694 as well as Ki ...
(aka.
Augustus II the Strong Augustus II; german: August der Starke; lt, Augustas II; in Saxony also known as Frederick Augustus I – Friedrich August I (12 May 16701 February 1733), most commonly known as Augustus the Strong, was Elector of Saxony from 1694 as well as K ...
- well known for his insatiable hankering for gold), but who was always short of money, demanded that Böttger produce the so-called ''Goldmachertinktur'' in order to convert base metals into gold. Imprisoned in a dungeon, Böttger toiled away many a year, at many a noxious concoction, attempting to produce the 'gold making tincture' and, therefore, to regain his freedom. In 1704, impatient with no progress, the monarch ordered scientist Ehrenfried Walther von Tschirnhaus to oversee the young goldmaker. At first Böttger had no interest in von Tschirnhaus' own experiments, but with no results of his own and by then fearing for his life, by September 1707 he slowly started cooperating. He did not wish to be involved with porcelain, which he thought was von Tschirnhaus' business, but ordered by the monarch and probably thinking the deciphering of porcelain's secrets his only option left (as then, second to gold) to both satisfy the monarch's greed and save his own neck, he began cooperating in earnest. Presumably by involving Böttger in his experiments, von Tschirnhaus spared him the fate that overtook many former alchemist adventurers. In December 1707 the king went to the new laboratory that had been furnished for von Tschirnhaus in what is today Brühlsche Terrasse in order to examine the progress on their experiments. Under von Tschirnhaus' supervision and with the assistance of miners and metal workers from Freiberg, experiments with different clays continued. Substantial progress was achieved in 1708 when two shipments of minerals proved to be suitable: a sample of very fine, pure white clay -
kaolin Kaolinite ( ) is a clay mineral, with the chemical composition Al2 Si2 O5( OH)4. It is an important industrial mineral. It is a layered silicate mineral, with one tetrahedral sheet of silica () linked through oxygen atoms to one octahedral ...
from Schneeberg and
alabaster Alabaster is a mineral or rock that is soft, often used for carving, and is processed for plaster powder. Archaeologists and the stone processing industry use the word differently from geologists. The former use it in a wider sense that includes ...
as flux material. After years of experimentation, two more critical ingredients - China Stone (a decomposed volcanic mineral) and
Quartz Quartz is a hard, crystalline mineral composed of silica (silicon dioxide). The atoms are linked in a continuous framework of SiO4 silicon-oxygen tetrahedra, with each oxygen being shared between two tetrahedra, giving an overall chemical form ...
(at 20%) were found. When all are blended and heated to at least 1300 degrees celsius, finally produced the desired results. August the Strong appointed von Tschirnhaus to Privy Council and director of a manufacture which was still to be set up. He decreed "that von Tschirnhausen was to be paid off 2561 Thaler". Von Tschirnhaus asked to earn this title only after the production had been started. When von Tschirnhaus died suddenly, on 11 October 1708, the project came to a halt. The origins of porcelain date back to 200 BC. One thousand years later, the production of translucent porcelain succeeded in China, and Chinese porcelain became known in Europe through trade, arousing admiration and envy, but its composition and method of manufacture were a mystery. Porcelain was valued as equal to
silver Silver is a chemical element with the Symbol (chemistry), symbol Ag (from the Latin ', derived from the Proto-Indo-European wikt:Reconstruction:Proto-Indo-European/h₂erǵ-, ''h₂erǵ'': "shiny" or "white") and atomic number 47. A soft, whi ...
and
gold Gold is a chemical element with the symbol Au (from la, aurum) and atomic number 79. This makes it one of the higher atomic number elements that occur naturally. It is a bright, slightly orange-yellow, dense, soft, malleable, and ductile met ...
and indeed was also referred to as white gold. Until 20 March 1709, when Melchior Steinbrück arrived in Dresden, the porcelain works were suspended. Steinbrück was the tutor of von Tschirnhaus' family and now was in charge of administering the estate. Among others he got hold of the formula to make porcelain. On 20 March 1709 Steinbrück signed the list of assets before a notary and met Böttger, who suddenly on 28 March 1709 notified the king about the invention of porcelain. Böttger became head of the first porcelain manufacture in Europe. His/(their?) discovery of porcelain forever transformed the fortunes of the West. In 1719 the arcanist
Samuel Stölzel Samuel ''Šəmūʾēl'', Tiberian Hebrew, Tiberian: ''Šămūʾēl''; ar, شموئيل or صموئيل '; el, Σαμουήλ ''Samouḗl''; la, Samūēl is a figure who, in the narratives of the Hebrew Bible, plays a key role in the transit ...
escaped from
Meissen Meissen (in German orthography: ''Meißen'', ) is a town of approximately 30,000 about northwest of Dresden on both banks of the Elbe river in the Free State of Saxony, in eastern Germany. Meissen is the home of Meissen porcelain, the Albrecht ...
to
Vienna en, Viennese , iso_code = AT-9 , registration_plate = W , postal_code_type = Postal code , postal_code = , timezone = CET , utc_offset = +1 , timezone_DST ...
and betrayed the secret of porcelain production. He claimed that Tschirnhaus and not Böttger had discovered porcelain. Also in 1719 the secretary general of the manufacture in Meißen, Caspar Bussius reported: "that the invention of porcelain is not due to Böttger but von Tschirnhaus and that Böttger received the written 'science' from Steinbrück". In a later report from 1731, Peter Mohrenthal wrote: "All of Saxony will remember von Tschirnhaus and his fame will persist forever, as long as the porcelain factory in Meissen is unique besides the Chinese one... Since Mr Tschirnhaus is the first who luckily found the secret to porcelain while the reputed baron Böttger later worked out the details... Because death disrupted all endeavours of Mr. von Tschirnhaus, which the world can not pay for with gold."


Böttger ware

In the late 17th century Chinese
Yixing clay teapot Yixing clay teapots (), also called Zisha teapot (), are made from Yixing clay. This traditional style commonly used to brew tea originated in China, dating back to the 15th century, and are made from clay produced near Yixing in the eastern ...
s, made of special
Yixing clay Yixing clay () is a type of clay from the region near the city of Yixing in Jiangsu Province, China, used in Chinese pottery since the Song dynasty (960–1279) when Yixing clay was first mined around China's Lake Tai. From the 17th century on ...
, were imported to Europe along with China tea. They had long been popular in China, as the unglazed
stoneware Stoneware is a rather broad term for pottery or other ceramics fired at a relatively high temperature. A modern technical definition is a vitreous or semi-vitreous ceramic made primarily from stoneware clay or non-refractory fire clay. Whether vi ...
is said to improve the taste of tea. The unfamiliar material inspired attempts to imitate it, and one
Delftware Delftware or Delft pottery, also known as Delft Blue ( nl, Delfts blauw) or as delf, is a general term now used for Dutch tin-glazed earthenware, a form of faience. Most of it is blue and white pottery, and the city of Delft in the Netherland ...
manufacturer announced in 1678 that he was making "red teapots", of which no examples are known to survive. Some red stoneware by rival Dutch potters from about 1700 survives, closely copying Yixing pots in style (the
Elers brothers John Philip Elers (7 September 1664 – 1738) and his brother David Elers were Dutch silversmiths who came to England in the 1680s and turned into potters. The Elers brothers were important innovators in English pottery, bringing redware or ungla ...
made similar wares in England in the 1690s). Böttger was in contact with some of these and developed a rival "Böttger ware", a dark red stoneware first sold in 1710, and manufactured and imitated by others, all up to about 1740. It is a very significant stage in the development of porcelain in Europe."Invention of European Porcelain". M. Mields. ''Sprechsaal'' 115, (1), 64, 1982


In literature

The story of Johann Friedrich Böttger is the theme of
Gustav Meyrink Gustav Meyrink (19 January 1868 – 4 December 1932) was the pseudonym of Gustav Meyer, an Austrian author, novelist, dramatist, translator, and banker, most famous for his novel '' The Golem''. He has been described as the "most respected Germa ...
's ''Goldmachergeschichten''. His name is changed to Johann Friedrich Bötticher. * Hans-Joachim Böttcher. ''Böttger – Vom Gold- zum Porzellanmacher''. Dresden 2011. .


References

*Osborne, Harold (ed), ''The Oxford Companion to the Decorative Arts'', 1975, OUP,


Further reading

* *


External links

* * {{DEFAULTSORT:Bottger, Johann Friedrich 1682 births 1719 deaths People from Schleiz People from Reuss German alchemists German potters Meissen porcelain 18th-century alchemists