The language of mathematics to describe its own object of study. 🙄🤔 (The evolution of risks and piles of stones in a totally abstract mind)

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Mathematical keys for grouping and regrouping calculations of chessboard quadrants


Natural talent, exceptional capabilities, improvement of skills and learning techniques. By understanding pawns structures and the set of determined positions evaluated by chess machines. In other words, understanding the times of the structures of the movements performed by the pawns and the times of the interconnected parts of each movement that the pieces perform on the chessboard incorporated into the structures of the pawns. In other words, the chess machine will always beat humans just with the structures and timing of each move made by the pawns. (Miraculous Generation Union)

At the base of chess, when we refer to geometry, we are not just talking about positioning the pieces on the board, making interconnections from one point to another randomly forming a geometric pattern or subgraphics. This is just one of the figurative interpretations of placing the pieces suspended on the chessboard or we can call them spatial structures positioned in parallel or counter-parallel dimensional grids, not counting the directions of the dimensional columns. When dealing with mathematical keys, we need to keep in mind the standards and parameters and dimensional elements of the chessboard, prioritizing the quadrants of the board as a reference in the geometric figurative language and interpretation of each group or set of factors that the board will represent in the positioning of the pieces from each quadrant. (Metric scale of quadrant angles)

As an example, the puzzle game tetris, originally developed and programmed by Alexey Pajitnov in the Soviet Union. The game was released on June 6, 1984. The pieces and all blocks in the game are made up of four segments. They are visual patterns in the fractal structures of the quadrants when developing a group of geometric quadrants and when doing a self-assessment of parameters of precise technical calculations in the interpretation of the mathematical keys of each quadrant or groups of quadrants in which sequences of random movements will be given to each movement done on the chessboard performed by the player. (The Chess)


Photogrammetric mappings of random movements, movement patterns or parameters and inferometric mappings, movement metrology



It took me 15 years to master tactical and strategic theories or endgame techniques between the period 1989 to 2004, reading dozens of books, reading hundreds of newspapers or manuals, handouts, booklets, following tournaments from my childhood until today at my age. . . . . . adult. A constant cycle of learning chess in my life. And I have also been developing more than two decades of in-depth analytical studies on metric scales of moves in encyclopedias of chess openings and nomenclature, books of opening moves and chess machine systems, model games by fide keepers, theories of openings, techniques theoretical in endgames, metrology techniques in metric scales in corresponding house, key house, threatened house. (metric scales, entropies, metric patterns and parameters, motion mapping)


Entropies based on theories of moves or on the order of moves studied in real time in books of chess openings, trees of chess machine openings in certain scales and lines of depth and mating nets. And I am also one of the most studied chess players in classical chess at all levels of technical and theoretical studies whether they are systems or minor lines or subvariants, openings or variants irregular, regular, secondary primary, with, without, closed, open, names, exchanges, principles, premature deviations, principles, closed or open lines with premature deviations, pawn gambit, queen's pawn accepted or declined, attacks or counterattacks, resources, countergame, movimento declinado, movimento diferido, movimento fianchetto ou fianqueto, movimento recusado. (Approximately 30 years of studies and daily training, resilience and flexibility in chess - deepmindchess)

(modern) (names, exchanges, main, premature deviation, principles, openings and variants and defenses, primary and secondary, with, without, open, closed, chess initiatives, regular, irregular, accepted and rejected gambitos, against gambitos, board center, neutralizations, variants, combinations, piece sacrifices, space advantages, line openings, contact point, pawn breaks-(rupture) on the chessboard, pawn folds, piece locking, mined or conjugated houses, late pawn, theory of passive chess pieces, minority attack (minoria), range (rays) of action of chess pieces or interference, sense and direction of chess pieces, active houses, low houses, main houses, houses in danger or threatened, weakened houses, evolution, bayonet, capybara, bot (ferrolho), hasp, piece played, final pieces, knight or bishop outpost, weaknesses on the chessboard, king's flanqueto and little king's flank , double and triple attack, block, magic board, skewer, nail, fork, oppositions, square rule, piece development, material exchange, material defense, blows to win, spatial vision theory on the chessboard,

material 1 (double attack, spiked), blows to win material 2 (detour, attraction, overloaded piece) against the game, checkmate nets, chessboard breaks, lines, compensation, candidate movement, chess deficiency, anti-computer tactics, anti batteries, alterman wall, deflection, triangulation, corresponding squares, prophylaxis, the fundamentals and principles of chess in theories of static and dynamic advantages in the domain of the center, midgame and endgame techniques, advantage of the first movement in chess,time control or movement time action set, counterattack or counterplay initiatives, chess pieces recoil factors, triple repetition, fifty-move rule, waiting movement, movement in question in the decision that the opponent will perform in his movements, impasses (deadlock), advantages of spaces, transposition, chess opening repertoires, preparation, simplification, cravada absoluta, pregadura, dominação, teoria da fortaleza.


I already have a period of 33 years of constant and daily studies in chess referring to chess culture, history, contemporary history, literature, archeology, anthropology of all the great chess masters of centuries ago and bohemian chess players. And over a period of approximately 27 years, I studied all chess machine systems in chess opening nomenclature and chess machine movement theory books. I became an expert in designing the theory of movement in chess. Unusual skills of a metric metrology mind and numerical or alphanumeric algorithm in chessboard structures and dimensional elements, fractal structures, geometric structures in abstract language, figurative language, symbolic language, language in mathematical theorems or spatial numerical linguistics, grid linguistics parallel and lateral to the quadrants.  Signature: Chesskeyhouse 


Metrics of movements, theoretical techniques and numerical algorithms

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A “prognosis” already describes the likely future development or outcome of a process. (chesskeyhouse chess mysteries)


9 types of multiple intelligence


The Theory of Multiple Intelligences created by psychologist Howard Gardner in the 1980s is a reference in academic. One of them really catches my attention: 

Physical-Kinesthetic Intelligence: Also known as motor intelligence, this ability concerns understanding and controlling the body and executing movements. Athletes, dancers, actors, artisans and surgeons are some examples of professionals who use Physical-Kinesthetic Intelligence to their benefit. Context Source: educate+brazil

One of the examples that I consider incredible is the construction skill or the carpenter's role in making and repairing furniture and pieces and giving them the necessary finish, using appropriate equipment and being guided by drawings and specifications. Analyze the part to be manufactured by consulting drawings, models, specifications or other instructions. When I see videos posted on Facebook of very talented people mainly from Asian countries and China.

Person or worker who creates furniture, utensils or means of adaptation with millimetric precision, which is the action of millimetering, of measuring using the millimeter (one thousandth of a meter) as a unit of measurement. No industrialized or pre-molded resources. All you need is your imagination, the teachings from generation to generation or from father to son. 

Joinery (Marcenaria) is the workshop where the carpenter works, a professional in the furniture sector, specialized in the artistic and artisanal work of transforming wooden pieces into useful or decorative objects, cutting, fitting and sculpting pieces and objects in a delicate and patient way. Context Source: Wikipédia

Logical-Mathematical intelligence concerns the ability to deal with deductive reasoning and mathematical concepts. People with this type of high intelligence are able to solve complex calculations without necessarily using a calculator and can excel in the areas of Programming and Exact Sciences. Context Source: educate+brazil


The pieces of the puzzle, or rather, the patchwork of multiple intelligence in the game of chess.


There is no perfect copy or download in which our human mind or our brain organ can have full command of knowledge without going through the stages, processes of teaching and learning. Therefore, years of dedication or methodical studies or implementation of auxiliary tools are required. Chess also requires many phases of game development and dedication of many hours a day of additional study over the years to develop chess skills and flexibility. Speedrunning Puzzle Battle in which, in just a few minutes, qualified and certified professional players from the international chess federation (FIDE) can solve more than 250 chess puzzles. This is due to years of dedication in solving chess puzzles or chess problem exercises.


In a certain endgame position in chess, be it a technical, theoretical or artistic position, for example rooks, there are numerical algorithms that we determine as patterns of metric calculations or self-executing moves. (practice self-education or self-teaching to develop that skill)


Numerical language in mathematical theorems or alphanumeric theorems in asymmetric parameters. Time control or move timing adjustment action on initial opening or closing moves, anticipation of premature deviation of moves on smaller lines. Interpret numbers, map numbers, read numbers and write linguistics in their numerical patterns and parameters, determine the gap between (Intervals), space and time of numbers. Numerical data information and numerical communication of movements, intersection (intersection) points of numbers, vector fields in numerical data, intersection and joining and union of numerical elements, sets of numerical data.  (Movement in focus of a direct mind ) 


Os 81 pontos de intersecção são a ferramenta mais complexa para ler assimetrias e mapear padrões e parâmetros em uma estrutura de dimensão de tabuleiro de xadrez. Praticamente uma revolução tecnológica muito à frente do seu tempo. Entropias baseadas em teorias de movimentos ou na ordem dos movimentos em escalas métricas e a estrutura diamétrica também é chamada de distribuição diamétrica ou distribuição de diâmetros. Mapeamentos de fotogrametria em movimentos aleatórios, estrutura linear e espacial do tabuleiro de xadrez, leituras de sequências padronizadas de movimentos dos quadrantes do tabuleiro de xadrez, mapeamento em pontos de contatos, mapeamentos inferométricos em metrologia métrica em termodinâmica, mecânica de entropia de movimentos, calculadora de rotação e inversão de rotação. Assinatura: deepmindchess

inferiometric and centrometric hyperparameters, fractal structures, asymmetry, trigonometry, geometry of emtropy movements in abstract languages, symbolic language and figurative language of chessboard squares. The metric of the movements and the points of intersection of the quadrants. Technical calculation or alignment, grouping, regrouping and inversion of subsequent time and space, intersection at the junction and return line crossings in the opposite direction, semi-directional movements in the interconnection of two opposite movements of each column dependent on the distance and size of the parameters in movements multidirectional, (mapping, alphanumerical algorithms)


unidirectional or counter-parallel straight lines, cross or closed path moves or center intersection, metric scale in symmetric moves, parallel line crossings with left and right conversion and reverse or opposite direction, projective transformations in moves, vector field or radius of action in parallel, rotational center that we call centrosymmetric or geometrically unidirectional movements in counterparallel chain.   (working memory intersections)


No human player can perform positional evaluation on a quantitative basis unless compared (we postulate) with an unconscious and highly efficient brain mechanism for arithmetic calculations, which seems irrational. 🙄🤔


the medieval queen, who acquired superhuman skills in medieval chess due to illness and an accident in her youth, who gave the royalty super-developed skills and techniques and a prodigious mind that until today no female human being has reached these levels of skills. In medieval literature in the country of England being a legend or an occurrence of the queen's actual fact. The question is? Who was this queen? Would you know how to answer? 🙄🤔 (A Genius of Humanity - Acquired or sudden savant syndrome - newly discovered abilities are not newly created, but newly "released" compensatory abilities. They are inactive areas of the human brain in activation of heightened senses in a new adaptation)


Overcoming the Limits of the Subconscious and Unconscious instead of intelligent entities, veils or spirit guides. The power of the human mind is far beyond ourselves. The concept of "I" identity for otherness"  (wise path)


The management of discoveries, inventions and innovations, of new in-depth studies on chess moves. (the reading of movements in depth)

Studies in metric scales or metric entropies in movements in mathematical theorems or numerical or alphanumeric algorithms. Advanced studies in new models of competence in variant calculations, positional lines, mating networks, chess puzzles, tactical or strategic moves, checkmate network, lines and sequences of moves in chess programs, theoretical theories in game models, metric scale structures of pawns. Signature: Chesskeyhouse


👉 Methods for calculating irreversibility or time inversion. Dynamic and mechanical method in movement theories or movement anticipation. (Mechanical engineering of motions, advanced geometry)👈

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👉Determining the entropy of the studied bids in real time (synchronized readings and mappings in the alternation of each technical, specific and scientific movement)👈



That is, order and disorder inverted or at random in each movement in a physical concept intertwining in the trajectories of movements, dimensioning and semi-directional structure of the board. As intersection at junction and return line crossings in opposite direction. Domain of approximation of the time lines between space and time in the execution of each movement. The reading and domination of the trajectories in random order of the movements. (grouping, regrouping and inversion of time and space)


They are technical, specific and scientific studies in improved techniques, advanced methods in trees or chess machine move books, or encyclopedias and nomenclatures of chess openings applied in the process of executing the moves. It can also be adapted to examples of model games under analysis or commentary on practical studies by grandmasters or FIDE holders. (Early game techniques (openings, principles, fundamentals), mid and late game techniques)


The amplitude of the field and the zone of attack and defense of the pieces allow the interaction between space and time in its extension, dimension, reach that the pieces are positioned in the main quadrant and in the semi-directional structure in the interconnection of two opposing movements of each column dependent on the distance and size of parameters and patterns mainly asymmetrical movements. For the symmetry in the example of the chess diagram is an intervention of time, space. (interval)


Adjacent movements of the bishop (trigonometry, 90 degree angle, rectangle). Declining movement of the knight, movements in a straight line or against parallel to the rooks. Multidirectional movements. (king and queen)