The creator of printing, Johannes Gutenberg: biography, books and interesting facts. Invention of printing by Johannes Gutenberg 1445 printing

1445 Emmanuel Saez http://elsa.berkeley.edu/~saez/ http://www.cbpp.org/

The significance of this invention is difficult to overestimate. The widespread dissemination of knowledge, which the invention of the printed book led to, incredibly accelerated the development of mankind. Progress has come in all areas of human activity. Even the human mentality has changed. It is no coincidence that the appearance of the printed book is compared to the appearance of the wheel.

The census takers did not have time to serve public needs and record all the accumulated experience in the field of science and art. Eventually, the idea of ​​embossing books appeared, probably borrowed from the East, back in the 6th century. n. e. Such embossing from wooden boards was known in China. In Europe, printing was first used in the production of playing cards back in the 13th century. The idea of ​​cutting out individual characters from these boards and moving on to movable type was probably not that difficult. But who did it first? Disputes about the name of the inventor of printing are still ongoing. The most popular version is that Johannes Gutenberg became the first book printer.

The youngest son of a patrician family in the city of Mainz was given the name Johann Gensfleisch zum Gutenberg at birth. The Gensfleisch family had the hereditary privilege of minting coins. During the uprising of the guilds, some members of the family were forced to leave Mainz. In 1434, Gutenberg lived in Strasbourg and was engaged in jewelry making. At the same time, Gutenberg carried out experiments in printing books, for which he made a wooden press, purchased lead and other materials. It is believed that already in 1440 Johannes Gutenberg came up with everything necessary for a new type of printing. Thus, some sources indicate that by this time he had already become a companion of Andreas Dritzen and the Heilmann brothers, agreeing to teach them some “secret arts,” including the art of printing. In 1444 Gutenberg left Strasbourg and returned to Mainz.

At home, in 1445 or 1446, Johann had already begun the continuous printing of books. The basis of Gutenberg's invention was the creation of a font, that is, metal blocks (letters) with a convexity at one end, giving the imprint of a letter. He probably began by simply dividing a wooden board into movable wooden characters. However, this material, due to its fragility, instability of shape from exposure to moisture and the inconvenience of fixing in a printed form, quickly showed its unsuitability. And the very idea of ​​a metal font has not yet given the necessary results. The important thing was that Gutenberg realized the advantage of casting exactly the same type of letters in a once created form. He created a punch on hard metal, which he used to stamp a series of reverse, in-depth images of the desired letter into softer metal. Gutenberg designed a type-casting hand-held device, which was a hollow metal rod with a removable lower wall of soft metal, on which a letter pattern was knocked out using a punch. A special alloy was poured into the hollow rod. The casting of the letter received a mirror pattern of the letter on the end part. The merit of the German pioneer is that he found an alloy (garth), which ensured both ease of casting and sufficient strength of the font to withstand repeated printing. A special printing ink was also created. To equip Gutenberg's printing house, a printing press, invented by him, and a typesetting box (an inclined wooden box with cells) were required. They contained letters and punctuation marks.

Around 1445, the so-called “Book of Sibyl”, a poem in German, came out of Gutenberg’s press. Then a printed astronomical calendar for 1448 was born. Gutenberg's first works were small brochures and single-sheets. The lack of necessary funds did not make it possible to develop the business that had been started, and therefore, at the beginning of 1450, Gutenberg entered into a community with a wealthy Mainz burgher, goldsmith Johann Fust. An agreement was concluded with him for the “production of books.” Fust lent Gutenberg money on the security of a certain apparatus, which the latter undertook to make for him. In addition, Fust took upon himself the obligation to pay Gutenberg a certain amount annually.

Finally, Johannes Gutenberg had the opportunity to carry out a truly large-scale project - publishing the Bible. The Gutenberg Bible is the first of his books to come down to us in its entirety. Unfortunately, as it was being printed, a rift occurred between the inventor and Johann Fust. Gutenberg's printing house was eventually taken away, leaving him with only the font (without matrices). Gutenberg's idea was completed by his student Schaeffer. As a result, the large-format 42-line Latin Folio Bible (“Mazarin Bible”), often called the “Gutenberg Bible,” was not actually produced by him in 1456, although on typesetting boards prepared by him.

His invention never brought prosperity to Gutenberg himself, although the competing printing house of Fust and Schaeffer developed successfully until the capture of Mainz by Adolf II in 1462. After this, Johann did not publish any more books. True, at the beginning of 1465, the Archbishop of Mainz, as a reward for his services in printing, included Gutenberg in his court staff, which at that time amounted to a pension. Gutenberg died in 1468. He was buried in Mainz in the Franciscan church.

Gutenberg's invention made a radical revolution in the life of mankind; it solved the problem of producing books of any volume, speeded up the printing process many times over, and ensured reasonable prices for books and profitability of work. Now workers in printing houses were divided into representatives of three professions: type makers, typesetters and printers. Gutenberg's students spread movable type printing throughout Europe.

The invention of printing by Johannes Gutenberg - section Journalism and the media, Books in Germany in the 14th – 17th centuries The invention of printing by Johannes Gutenberg. Johannes Gutenberg Was...

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Books in Germany in the 14th – 17th centuries

The book, as a product created in the sphere of material production, has a material form, distinguished by the originality and individuality of its elements. At the same time, it has an impact on the most subtle sphere of history. Germany is the birthplace of European book printing. Creation of a printing press and publication of books typed using movable...

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Prerequisites for creating printed books
Prerequisites for creating printed books. The 14th-15th centuries were the Renaissance for European countries, which is associated with the development of early capitalist relations - cities, crafts, trade, money circulation

Subjects and types of publications
Subjects and types of publications. The humanistic movement brought to life many bright, talented works of journalistic and fiction literature. Was closely associated with German humanists

Book publishers
Book publishers. The Thirty Years' War (1618 - 1648) was a national catastrophe for Germany, the consequences of which were felt until the end of the 18th century. The political and economic backwardness of the country

Subject and design of the book
Theme and design of the book. The theme of the German book reflected the spiritual crisis that German society was experiencing. The book market was dominated by publications that were of no ideological interest.

Johannes Gutenberg

The significance of this invention is difficult to overestimate. The widespread dissemination of knowledge, which the invention of the printed book led to, incredibly accelerated the development of mankind. Progress has come in all areas of human activity. Even the human mentality has changed. It is no coincidence that the appearance of the printed book is compared to the appearance of the wheel.

The census takers did not have time to serve public needs and record all the accumulated experience in the field of science and art. Eventually, the idea of ​​embossing books appeared, probably borrowed from the East, back in the 6th century. n. e. Such embossing from wooden boards was known in China. In Europe, printing was first used in the production of playing cards back in the 13th century. The idea of ​​cutting out individual characters from these boards and moving on to movable type was probably not that difficult. But who did it first? Disputes about the name of the inventor of printing are still ongoing. The most popular version is that Johannes Gutenberg became the first book printer.

The youngest son of a patrician family in the city of Mainz was given the name Johann Gensfleisch zum Gutenberg at birth. The Gensfleisch family had the hereditary privilege of minting coins. During the uprising of the guilds, some members of the family were forced to leave Mainz. In 1434, Gutenberg lived in Strasbourg and was engaged in jewelry making. At the same time, Gutenberg carried out experiments in printing books, for which he made a wooden press, purchased lead and other materials. It is believed that already in 1440 Johannes Gutenberg came up with everything necessary for a new type of printing. Thus, some sources indicate that by this time he had already become a companion of Andreas Dritzen and the Heilmann brothers, agreeing to teach them some “secret arts,” including the art of printing. In 1444 Gutenberg left Strasbourg and returned to Mainz.

At home, in 1445 or 1446, Johann had already begun the continuous printing of books. The basis of Gutenberg's invention was the creation of a font, that is, metal blocks (letters) with a convexity at one end, giving the imprint of a letter. He probably began by simply dividing a wooden board into movable wooden characters. However, this material, due to its fragility, instability of shape from exposure to moisture and the inconvenience of fixing in a printed form, quickly showed its unsuitability. And the very idea of ​​a metal font has not yet given the necessary results. The important thing was that Gutenberg realized the advantage of casting exactly the same type of letters in a once created form. He created a punch on hard metal, which he used to stamp a series of reverse, in-depth images of the desired letter into softer metal. Gutenberg designed a type-casting hand-held device, which was a hollow metal rod with a removable lower wall of soft metal, on which a letter pattern was knocked out using a punch. A special alloy was poured into the hollow rod. The casting of the letter received a mirror pattern of the letter on the end part. The merit of the German pioneer is that he found an alloy (garth), which ensured both ease of casting and sufficient strength of the font to withstand repeated printing. A special printing ink was also created. To equip Gutenberg's printing house, a printing press, invented by him, and a typesetting box (an inclined wooden box with cells) were required. They contained letters and punctuation marks.

Around 1445, the so-called “Book of Sibyl”, a poem in German, came out of Gutenberg’s press. Then a printed astronomical calendar for 1448 was born. Gutenberg's first works were small brochures and single-sheets. The lack of necessary funds did not make it possible to develop the business that had been started, and therefore, at the beginning of 1450, Gutenberg entered into a community with a wealthy Mainz burgher, goldsmith Johann Fust. An agreement was concluded with him for the “production of books.” Fust lent Gutenberg money on the security of a certain apparatus, which the latter undertook to make for him. In addition, Fust took upon himself the obligation to pay Gutenberg a certain amount annually.

Finally, Johannes Gutenberg had the opportunity to carry out a truly large-scale project - publishing the Bible. The Gutenberg Bible is the first of his books to come down to us in its entirety. Unfortunately, as it was being printed, a rift occurred between the inventor and Johann Fust. Gutenberg's printing house was eventually taken away, leaving him with only the font (without matrices). Gutenberg's idea was completed by his student Schaeffer. As a result, the large-format 42-line Latin Folio Bible (“Mazarin Bible”), often called the “Gutenberg Bible,” was not actually produced by him in 1456, although on typesetting boards prepared by him.

His invention never brought prosperity to Gutenberg himself, although the competing printing house of Fust and Schaeffer developed successfully until the capture of Mainz by Adolf II in 1462. After this, Johann did not publish any more books. True, at the beginning of 1465, the Archbishop of Mainz, as a reward for his services in printing, included Gutenberg in his court staff, which at that time amounted to a pension. Gutenberg died in 1468. He was buried in Mainz in the Franciscan church.

Gutenberg's invention made a radical revolution in the life of mankind; it solved the problem of producing books of any volume, speeded up the printing process many times over, and ensured reasonable prices for books and profitability of work. Now workers in printing houses were divided into representatives of three professions: type makers, typesetters and printers. Gutenberg's students spread movable type printing throughout Europe.

A punch is a tool for engraving on metal.

Hans Gensfleisch, or Johann Gutenberg, was born in the last years of the 14th century in the large German city of Mainz in the second marriage of the Mainz patrician Frile Gensfleisch and a non-patrician, the daughter of a cloth merchant, Elsa Wirich zum Gutenberg. Friele and Elsa had two sons and a daughter - it was the youngest son who received the name Johann (naturally, Gensfleisch). Later, as a result of many life's ups and downs, he took the name of his mother's family estate - Gutenberg - as his surname and forever went down in history as the inventor of a fundamentally new method of printing.

The Gensfleisch had the hereditary privilege of minting coins, so Johann’s interest in jewelry work, which manifested itself in him from an early age, is understandable.

In the 15th century, the revolutionary movement of the guilds flared up especially strongly. It took place in Mainz when Johann was still a boy (1411) and a young man (1420).

During the guild uprising, some members of the Gensfleisch family and related families were forced to leave Mainz. This fate befell Johann's family as well. According to another version, the family moved to neighboring Strasbourg because the city was in a feudal feud with its overlord, the Bishop of Nassau.

Culturally, the significant difference between these two Rhine cities was that Mainz was the center of one of the most important archbishoprics, while in Strasbourg the ecclesiastical influence was felt weaker. But Strasbourg was known for the more successful development of the humanist movement. This played a role in the formation of the future great inventor, given that in the 15th century the development of human society came to a period when printing became simply necessary both for the further progress of society and for processing the ever-increasing volume of information.

Nothing is known for certain about Johann’s childhood and youth. Even the year of his birth has not been established precisely, since no baptismal records have been found. It is generally accepted that he was born between 1394–1399, and his birth is conventionally celebrated on the day of John the Baptist - July 24, 1400.

There is also no reliable information about his training and education, although he had knowledge of Latin, at least passively, which means he studied at a parish, city or monastery school. In addition, Johann thoroughly knew the jewelry business and had the title of master, without which he would not have the right to teach, and Gutenberg professionally taught jewelry technology to his students in Strasbourg.

Certain biographical information about Gutenberg's life begins only in 1434, and the first reliable document indicates that Gutenberg lived in Strasbourg at this time. He was a goldsmith. Gifted with outstanding technical abilities, Gutenberg combined other activities with this main activity - for example, grinding stones for jewelry. His first printing experiments date back to 1440, these were the “Grammar of the Latin language” by Aelius Donatus, an astrological calendar, papal indulgences.

In 1444, Gutenberg left Strasbourg and returned to Mainz, where he began preparing to print the complete Bible in Latin.

Gutenberg brought his fully developed idea for the invention of printing to his hometown, and in 1445 or 1446 he began the continuous printing of books.

Before Gutenberg, the most advanced examples of European printing were folk paintings, often with a few lines of text explaining their contents. The technique for making these paintings is as follows: scribes and draftsmen made drawings and signatures on a wooden (usually pear) board. All parts of the board free from the pattern were deepened, cut out, and the pattern became convex. The board was covered with paint, a sheet of paper was placed on it and it was rubbed with a piece of wood. The result was a print.

Of course, with such primitive technical means and such a handicraft-organized printing process, there was no point in thinking about reproducing books with streamlined text, because the process of cutting and printing into prints would have been terribly time-consuming and expensive. In addition, the wooden type quickly wore out with repeated embossing - after making only a few copies, the difficult task of cutting out the text on the boards would have to be started again.

Compared to all existing methods of transmitting information before Gutenberg, the advantages of printing were:

Significantly facilitating the production of a printing form, which was composed of pre-prepared technical elements and parts;

Possibility of repeated reuse;

General simplification and facilitation of the entire process of accumulation and transmission of information.

The essence of the invention of the printing house technically was to, by decomposing a letter into its component elements (letters, punctuation marks, etc., including white space), to provide the most rational way of unlimited production of each letter and the ability to compose a printed form from them in any order. This required standardization and interchangeability of letters by size (height of the letter) and height (length of the stem).

The main problem was the way the font was produced. To do this, it was necessary to create a permanent sample of each type - a mirror-like and convexly engraved punch, with the help of which a mold (matrix) was minted for casting. Providing casting in the same size and height, the type-casting tool, due to the different heights and widths of the letters of the alphabet, had to have sliding walls. Therefore, it was necessary to invent different metal compositions: hard and non-brittle for the punch and softer for the matrix. The alloy for the font required both fusibility (so that it would take the shape of the thinnest lines of the letter) and sufficient hardness, but without brittleness (so that it could withstand pressure without deforming or breaking, and at the same time not tearing the paper). Printing from metal required a different – ​​thick – paint composition than water-based paint suitable for woodcut printing. It was also necessary to mechanize the imprinting process - a printing press, not counting the solutions already included (for example, a method for securing paper during printing).

Gutenberg created the first printing equipment, invented a new method of making type and made a type casting mold. Stamps (punches) were made from hard metal, cut in a mirror image, which were then pressed into a soft and pliable copper plate. The resulting matrix was also filled with a metal alloy developed by Gutenberg, which included tin, lead, and antimony. The essence of this method of making letters was that they could be cast in any quantity.

Gutenberg was apparently responsible for both the introduction of the first typesetting cash register (an inclined wooden box with cells in which letters and punctuation marks were placed), and the largest innovation in printing - the creation of the printing press. Gutenberg's printing press was extremely simple - a screw press made entirely of wood, its productivity was low.

But book printing deprived the monastic scribes of income, so it was easy for them to declare the inventor’s creation a devilry, and him himself a servant of Satan. The fact that such persecution was quite real for Gutenberg is proven by the burning of the first copies of the printed Bible in Cologne, as the work of Satan.

Around 1445, the so-called “Book of Seville”, an ancient poem in German, came out of Gutenberg’s printing press. Currently, it is not known in any copy, and until the end of the 19th century no one suspected its existence. In 1892, a small piece of paper was discovered in Mainz - all that remained of a book that had approximately 74 pages, each with 28 lines. Due to its content, this piece of paper is called the “fragment of the Last Judgment” and is kept in the Gutenberg Museum in Mainz. Johann also printed an astronomical calendar for 1448, that is, there is every reason to believe that it was printed no later than the end of 1447.

Gutenberg's first printed products were small brochures and one-sheets; for larger works he had no capital and had to seek it from others. Therefore, at the beginning of 1450, Gutenberg entered into a community with the wealthy Mainz burgher Johann Fust, who lent the printer money. At the same time, the project of a major publication began to take hold of Gutenberg’s thoughts - a grandiose plan at that time. It was intended to publish the full text of the Bible in Latin. It was for this work that Gutenberg had to borrow large sums of money from Fust. There is information that an independent workshop was equipped for printing the Bible.

In 1450–1455, Gutenberg printed his first Bible, called the 42-line Bible because it had 42 lines of text typed and printed on each page in two columns. The book has 1282 pages, all artistic elements are illustrated by hand. Part of the circulation was made on paper, and part was printed on parchment.

For a long time, the Gutenberg Bible was revered as the first printed book in general, because the publications published earlier, in terms of their volume, rather deserved the name of brochures. In addition, this is the first book that has come down to us in its entirety, and in quite a large number of copies, while all the previous ones have survived only in fragments. In terms of its design, the 42-line Bible is one of the most beautiful books, and as for its cost in the 19th – early 20th centuries, such fabulous sums were not paid for any other book. Unfortunately, after printing began, a rift occurred between Gutenberg and Fust, as a result of which Gutenberg was removed from the work of the second printing house. In the midst of his work on the Bible, Fust demanded repayment of the loan. As a result of the inability to pay the lion's share of the debt, a lawsuit arose that ended tragically for Gutenberg: he lost not only the premises, but also a significant part of the equipment of his first printing house. The lost items apparently also included matrices of the first Gutenberg type; although the font itself, already badly damaged, remained the property of Gutenberg.

By the way, Johann Gutenberg reproduced only the text mechanically, and all kinds of decorations and illustrations were drawn in ready-made handprints. In 1457, Peter Schaeffer (c. 1425–1503) managed to reproduce multicolored initials and his publisher’s mark on the pages of the Psalter. Together with Gutenberg, they planned to improve book printing.

The ingenious creative plan of Gutenberg and Schaeffer was completed, apparently, by Schaeffer alone, and the profits from the release of the Bible flowed into the pocket of Johann Fust. But the most severe blow for Gutenberg was that the secret of printing ceased to be a secret, and thereby he lost the monopoly of the use of the process he had invented. Under the prevailing conditions, Gutenberg could not withstand the competition of his wealthy rival and, having released several small books, stopped business. He was able to resume printing only for a short period in 1460–1462, but after the sack and fire in Mainz on October 28, 1462, Gutenberg no longer acted as a printer.

At the beginning of 1465, the Archbishop of Mainz (Bishop of Nassau), as a reward for his services in printing, included Gutenberg in his court staff, which at that time amounted to a pension.

Johannes Gutenberg died on February 3, 1468 and was buried in Mainz in the Franciscan Church.

Franz Mehring wrote: “The long and bitter dispute about the real inventor of printing will never be resolved... Gutenberg took the last decisive step in this direction... And this in no way detracts from his merits...”

Meaning:

Johannes Gutenberg's invention of mechanical printing contributed to:

Dissemination of the book as the basis of knowledge so necessary for humanity for the development of society;

Formation and improvement of national and international literatures;

Development of literacy in general, education and culture.

What they said about him:

“The wonderful art of printing was invented in Mainz. This is the art of arts, the science of sciences. His extraordinary productivity has brought forth treasures of knowledge and wisdom from obscurity to enrich and enlighten the world."(W. Rolevink, 1474).

“We can and must begin the history of our scientific worldview with the discovery of printing”(V.I. Vernadsky).

“Lead has changed the world more than gold, and more so the lead in type than the lead in bullets.”(G. X. Lichtenberg).

Printing – “the second redemption of the human race”(Martin Luther).