The History of Chess: From the Automaton Magician to the Digitalization of Games by Artificial Intelligence

Contents:

• Prophetic Trick - "Mechanical Turk"
• Time Game: How Clocks Came to Chess
• Paper Machine and Computer Chess
• Artificial Intelligence and Chess
• Our Time: Digitization of Offline Games

Chess has a nearly 1,500-year history. The modern rules of the game were formulated in the 15th century. Although chess is known for its conservative rules, it actively embraces new technologies. Innovations in chess, such as online platforms and game analysis programs, have significantly changed the approach to learning and playing. Modern chess players use computer algorithms to improve their skills and prepare for competitions. Thus, chess continues to evolve, combining tradition and modern technological advances.

On International Chess Day, idChess founder Peter Chernyshev shared his thoughts on how chess has evolved over the centuries, adapting to changing times and sometimes ahead of them. This intellectual game has not only retained its popularity, but has also adapted to modern technology, confirming its relevance and importance in the world. Chess continues to inspire players and develop critical thinking, making it an important element of culture and education.

Founder of the intelligent platform for recognition and broadcasting of chess games idChess. This service allows you to record chess games on a real board using your smartphone, as well as save your chess history and analyze your games. idChess helps chess players of all levels improve their skills and track their progress, making the learning process more engaging and effective.

This article will provide you with essential information on the topic, helping you better understand its essence and application. We'll cover key aspects that will allow you to delve deeper into the material and put your new knowledge into practice. Make sure you read all the points carefully to avoid missing any important details.

• about the first chess automaton, which turned out to be just a trick, but this was discovered decades later;
• about how and why clocks appeared in chess (spoiler - one day the players simply fell asleep during a game);
• about the first chess algorithm that was reproduced by a person, and the first computer that could play itself;
• about how artificial intelligence entered the game;
• about how today the digitalization of games helps improve the skills of players.

Prophetic trick - "Mechanical Turk"

The first chess technology is considered to be the automaton created by the Hungarian inventor Wolfgang von Kempelen. In 1769, Kempelen unveiled the "Mechanical Turk" to the public—a wax figure in Turkish costume, seated at a chess table and equipped with a complex mechanism. The inventor claimed that this automaton could beat a human at chess, which generated considerable interest and much debate about the nature of its operation. The Mechanical Turk was one of the first examples of the use of mechanical devices for playing chess, and its influence on the development of chess technology cannot be overestimated.

The Turk featured a live player inside the table, who controlled the game using magnets attached to the pieces underneath. The player determined the current game position and used a lever to make moves. This unique combination of technology and human intelligence created the illusion of playing against a real opponent, making the Turk an outstanding example of mechanical entertainment of its time.

During Kempelen's lifetime, no one suspected his invention was a hoax. The inventor toured the Turk around the world, successfully popularizing chess and attracting the attention of the public. After his death, German engineer Johann Maelzel acquired the Turk and continued to demonstrate this amazing device, maintaining interest in chess and mechanical innovations.

The revelation of Kempelen's chess apparatus took place 30 years after his death. In this context, the writer Edgar Allan Poe published an article entitled "The Chess Apparatus of Dr. Maelzel," in which he examined in detail the mechanism of the device and its true nature. Poe's article was a milestone in the history of chess automation, highlighting the complexity and mystery of the device.

The first chess technology was initially just a gimmick. However, it turned out to be prophetic: robots actually began playing chess, both with people and with each other. This evolution of chess technology opens new horizons for players and researchers, introducing innovations in strategy and tactics. Chess, as an intellectual discipline, continues to evolve, and every year the interaction between people and machines becomes more interesting and complex.

Time Game: How Clocks Came to Chess

Until the 19th century, chess tournaments were held without a time limit, which led to a single game lasting an entire day. For example, at an international tournament in London in 1851, the game between Williams and Macklowe was stopped because both opponents fell asleep. This incident highlights the importance of introducing time limits in chess, which made the game more dynamic and spectator-friendly. The introduction of time controls radically changed the format of competitions and increased the level of tension in games.

In 1883, a significant revolution occurred in the chess world. Amateur chess player Thomas Bright Wilson developed the first clock to limit game time. This mechanism consisted of a pair of dials placed at opposite ends of a balance wheel. Bright's clock lacked the buttons and flags that were later added in 1899 to signal the nearing end of time. The introduction of such clocks was an important step in the development of chess, as it contributed to more dynamic and organized games.

In 1988, Bobby Fischer patented a unique chess clock, which is still actively used by chess players around the world. This clock has a special mechanism that adds a certain number of seconds to a player's time for each move. If a chess player meets the set time limit, the flag on the clock does not fall, which prevents time loss and ensures fairer conditions for play. Fischer chess clocks have become an important element in modern tournament chess, promoting dynamic and strategic gameplay.

Fischer clocks received official support from the International Chess Federation (FIDE) and were first used in the match between Robert Fischer and Boris Spassky in 1992. These clocks marked an important step in the development of chess timing. In 1994, the electronic DGT FIDE clock was introduced, providing improved time control in chess tournaments and becoming the standard for professional competitions. The use of such clocks increased the accuracy of timekeeping and made the game more dynamic.

Paper Machine and Computer Chess

In the 1940s and early 1950s, chess programs and computers were actively developing in parallel with the development of clock mechanisms. During this time, prominent scientists such as Claude Shannon and Alan Turing joined the development of chess software. Their contributions to chess computer programming were fundamental to subsequent advances in artificial intelligence and computer gaming. The development of chess algorithms during this period laid the foundation for subsequent advances in computer gaming and algorithmic science. In 1948, Alan Turing developed the first algorithm that allowed a person with no chess experience to defeat a professional player. This algorithm, known as the "Paper Machine," became the foundation for further developments in programming, as it was written on a simple piece of paper and executed by a human. Turing demonstrated that even without in-depth knowledge of the game, success can be achieved by following clear instructions. This contribution to chess theory and algorithmic thinking is of great importance for the development of artificial intelligence and computer science.

In 1952, the first chess-playing computer, MANIAC I, was created. It used the MiniMax algorithm, which allowed it to select optimal moves in a game. MANIAC I was developed by the American mathematician and physicist Nicholas Metropolis, who had previously worked on Robert Oppenheimer's nuclear weapons project. This innovation marked the beginning of the evolution of computer chess and played a significant role in the development of artificial intelligence.

MANIAC stands for Mathematical Analyzer, Numerical Integrator, and Computer. In the laboratory, it was informally called "Metropolis and Neumann invented an awful contraption." Nicholas Metropolis used the architecture developed by John von Neumann, a Hungarian-American physicist and mathematician who co-created the first electronic computers, in his work. This architecture laid the foundations for modern computer design and played a key role in the development of computing.

The first computer tournament took place in 1970 In 1988, 18 years after the founding of MANIAC, the winner of this competition was a computer developed by Control Data Corporation.

A technological breakthrough in artificial intelligence occurred with the creation of Deep Thought, which in 1988 became the first computer to defeat a grandmaster in a head-to-head match. This success paved the way for its successor, Deep Blue, IBM's chess computer. Deep Blue achieved a historic victory by defeating Garry Kasparov, the reigning world chess champion at the time. Kasparov was subsequently placed on the list of foreign agents and extremists, adding context to his confrontation with computer technology. These events became an important milestone in the development of chess and artificial intelligence, opening new horizons for human-machine interaction.

Artificial Intelligence and Chess

The first online chess platform, Internet Chess Club, was launched in 1992. In 2007, chess.com was launched, offering users a unique opportunity to play chess online. On this platform, players can choose opponents from all over the world, regardless of their geographic location, save their games, and share chess stories. Chess.com has become an important resource for chess players of all levels, providing access to training materials, game analysis, and tournaments, which contributes to the development of the chess community and the popularization of the game.

It is one of the most popular chess websites today. It offers players a variety of features. In particular, users can analyze their games using the Stockfish chess engine, which is one of the most powerful available today. This functionality allows you to improve your playing skills, analyze mistakes, and find optimal moves, making the learning process more efficient.

Since 2008, Stockfish has been actively evolving and has become one of the most powerful chess engines. Thanks to its open source nature, it is used in various experiments and studies. In 2021, Lex Friedman, an artificial intelligence researcher at MIT, conducted a unique experiment, organizing an endless match between two Stockfish instances on an ever-increasing chessboard. In this experiment, neural networks play combinations inspired by the games of great chess players such as Magnus Carlsen, Bobby Fischer, Garry Kasparov, Boris Spassky, Mikhail Tal, and Anatoly Karpov. This experiment highlights the potential of artificial intelligence in chess and its ability to recreate the strategic ideas of outstanding players.

Lichess.org is the second most popular chess service in the world. It was launched in 2010 by French programmer Thibaut Duplessis. The platform offers one of the largest open databases of played chess games, making it an invaluable resource for chess players of all levels. Lichess.org allows users to play chess online, analyze games, and study chess strategies. Thanks to its open source nature and free access, the site attracts millions of users who value its functionality and user-friendly interface.

Our Time: Digitizing Offline Games

The Netflix series "The Queen's Gambit," released in 2020, has revived interest in offline chess. As a result, demand for chess sets in Russia increased by 30% in a month, with year-on-year growth reaching 50%. The series' influence on the popularization of chess has been noticeable, attracting a new generation of players and enthusiasts of this intellectual game. Chess is becoming relevant again, and many are beginning to master its rules and strategies, contributing to the development of chess culture in the country.

The popularity of playing on analog chessboards does not indicate a regression in the development of chess technology. In contrast, classical chess continues to coexist with modern digital platforms, allowing players of all levels to find their own style and approach to the game. Chess technologies, such as online gaming platforms and educational apps, promote skill and strategy development, making chess accessible to a wider audience. Thus, the combination of traditional and modern playing methods creates unique opportunities for learning and improving chess skills.

Square Off produces innovative chessboards with integrated artificial intelligence that automatically controls the pieces. These smart chessboards have the ability to record and transmit all moves and combinations to a computer, allowing players to analyze their games and improve their skills. Modern technology makes chess more fun and accessible for players of all levels.

The idChess intelligent platform was developed for digitizing and analyzing chess games played on regular boards. Using a mobile app, this service allows you to record and save games played in chess notation and diagram format. Users can easily share their games with friends and coaches. In the game library, chess players can analyze their games, identify mistakes, and track their progress. idChess provides convenient tools for improving playing skills and raising the level of play.

Chess tournament organizers can take advantage of a unique version of software that allows them to digitize and display an unlimited number of chessboards. Smartphones with the installed application connect to the administrative panel, which enables the formation of a tournament grid and the display of online diagrams for each player's board. This solution significantly simplifies the tournament management process and increases the level of interaction with participants and spectators.

idChess uses modern computer vision and machine learning technologies to recognize chess moves. The system analyzes the video stream in real time via a mobile application. Several neural networks are used to identify pieces, which makes it possible to take into account various factors that arise during the game, such as a piece falling or a hand blocking the camera. This integration of technologies ensures high accuracy and reliability of recognition, which makes idChess an effective tool for chess players.

Technology has radically changed the game of chess. Modern chess engines and programs allow players to achieve high results, significantly surpassing their predecessors. Just three decades ago, the preparation of chess players included studying numerous books and magazines to find the necessary information. Today, chess programs can analyze any position in seconds and suggest the optimal move, significantly increasing the effectiveness of training and decision-making.

Modern training for chess competitions is unimaginable without the use of specialized chess programs. Reigning World Chess Champion Magnus Carlsen uses the AlphaZero neural network in his preparation, demonstrating outstanding results in positional and strategic analysis. Ian Nepomniachtchi also received support from the powerful Zhores supercomputer in his preparation for the FIDE Candidates Tournament, underscoring the importance of technology in modern chess. Chess programs are becoming an integral part of the training process, allowing players to improve their play and develop new tactics.

Artificial intelligence has become an integral part of the chess world and continues to strengthen its position. It is actively used in training programs, where game engines serve as the basis for analysis and training. AI is also finding application in technologies for digitizing chess competitions and in chess bots that can adapt to various playing styles. This opens up new horizons for players, allowing them to improve their skills and gain a deeper understanding of strategy.

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Study additional materials:

• The task of a chess coach is to set the right direction for the student. Then he must go on his own.
• An unusual practice: how chess is becoming a universal educational tool.
• Schwarzenegger played chess with a donkey, and Napoleon broke the great-grandfather of modern computers.