from railroads to relativity
The Big Picture
The Birth of Chess – The Silk Road – The Luminaries of Gupta Mathematics – Vedic Architecture and the Chess Board
Before WWI, the great powers of Europe lived in a delicate balance, maintained by a web of alliances and treaties. The horrors of the Napoleonic Wars still loomed in collective memory, and many believed that the advancements in military technology, particularly in artillery and machine guns, would make any future war too devastating to contemplate. The prevailing thought was that the economic interdependence among nations, coupled with the diplomatic efforts of the time, would deter any large-scale conflict. Alas, these assumptions underestimated the undercurrents of nationalism, imperial rivalry and human short-sightedness.
In the aftermath of WWI, the world was irrevocably altered. The war’s unprecedented scale and devastation shattered long-held beliefs in progress, honor, and the invincibility of European civilization. The trenches and gas warfare exposed the dark underbelly of the machine age, turning technological advancements into instruments of mass destruction. Societal pillars were deeply shaken, if notdestroyed. The war’s end saw the rise of radical ideologies, as disillusioned masses sought alternatives to the old order. The very fabric of society was questioned, as people grappled with the mechanized horrors they had witnessed and the ideals they had lost.
The harsh realities of war interrupted every aspect of normal life, including the world of professional chess. Already in 1914 Lasker’s seeming invincibility was showing cracks in the form of a young Cuban upstart, Jose Raul Capablanca. While Lasker’s legendary calm came from his philisophic detachment his rival, Capablanca , was the Chess world’s all time king of cool.
Capablanca, much like Morphy, was a chess comet from the Americas. When watching a game of his father’s the four year old Capablanca accused him of making an illegal move (jumping a knight from a white square to another white square) his father scolded the impertinent child for interrupting a game that he knew nothing about. You can imagine his shock when the young genius responded that not only did he know how to play, but that he could beat him then and there. Disbelief turned to wonder (though we can deduce from above-described error that his father was not the strongest player) as Capablanca proceeded to make good on his word. For the next five years Capablanca’s father would learn the game with his son, until at the age of 9 he felt he was ready to bring him to the world class Havanna Chess Club. Three years later Capablanca was able to beat the Cuban National Champion.
A consummate sportsman Capablanca also excelled in Bridge, Tennis, Billiards, and Baseball. He moved to New York with plans of entering Columbia and playing for their baseball team, however, the Manhattan Chess Club would prove a more appealing venue for his talents. Just as a twenty one year old Morphy had stunned the Cafe de La Regence, so the young Cuban did the Manhattan Chess Club. He was immediately beating the best American players in ‘lighting chess’ (a precursor to blitz), and in 1909 handily beat US Champion, Frank Marshall. In 1911 he received a special invitation to play in his first International Master’s Tournament in Spain, he silenced all doubters by winning it. Attractive with a well mannered self confidence that evinced his deep intelligence Capablanca was an instant celebrity. He immediately leap frogged Akiba Rubinstein (who would be considered by many as the best player to never win the World Championship) as top contender to Lasker’s title, the two, however, could not at that point agree to terms on a match.
In 1920 Lasker technically resigned his title to Capablanca, but a record $20,000 purse lured him to Havanna in 1921 to settle the matter officially, with a 24 game match. Whether it was the unfamiliar climate, his age, or simply Capablanca’s unflinching brilliance, Lasker did not look himself in the match. After four losses and ten draws. Lasker conceded his title. That same year Capablanca published Chess Fundamentals a highly accessible and influential text hailed by three time World Champion Mikhail Bottvinick as the best book ever written on chess.
Capablanca became wary that increasingly technical master play, carried to its logical conclusion, would result in the ‘draw death’ of the game. He proposed several solutions to this problem including switching the place of the knights and bishops and expanding the board size to 10×10 thus introducing two new pieces; the chancellor– a combination of rook and knight, and the archbishop– a combination of the bishop and the knight. These ideas have yet to catch on. They were soon proven unnecessary by the paradigm shift that would shake chess dogma to its core.
Since Ruy Lopez expounded on the advantages of leading off with one’s King’s pawn, chess theory grew around exploring the benefits gained by controlling the squares in the center of the board through the occupation and influence of pawns. That white moved one of his central pawns with the first move and that black reply in kind, ‘balancing the position’ was considered axiomatic by the Classical school, of whose principles Capablanca’s easy artistry was the natural born embodiment. Capablanca’s first loss in a decade would come in 1924 at the New York masters tournament against Richard Reti, a practitioner of the style coined ‘hypermodern’ by the Grandmaster and poetic wit Saveilly Tartakower.
The hypermodernists viewed the pawns in the center not as early assets, but early targets. They envisioned lines of play previously unthinkable; opening games with knights and flanking pawns, putting their bishops on the long diagonals aiming directly at the center of the board. Hypermodernism’s outspoken iconoclast was Aron Nimzowitsch whose three books, My System, Chess Praxis, and Blockade, along with Reti’s Modern Ideas in Chess are among the most influential and highly regarded chess books ever written. Their revolutionary theories, though extremely controversial at the time, would pave the way for the next century of chess play.
The upheaval in the traditional dogmas of chess was an echo of the overthrow of existing orders everywhere; World War I had shattered the political order of Europe, the social norms and taboos of American culture were being torn apart by the roaring twenties, jazz was taking the world by storm, and movements such as dadaism and surrealism juxtaposed the imagery of the unconscious onto the conscious world in an attempt to unleash the power of imagination in attainent of self-realization. While the imagery of chess factored heavily in the works of many of the surrealist artists, the game of chess was just as influential in their lives.
“Marcel Duchamp, a pivotal figure in 20th-century art, revolutionized traditional artistic norms with his avant-garde sensibilities. His audacious ‘readymade’ concept, best exemplified by ‘Bicycle Wheel’ (1913), transformed ordinary objects into art, compelling audiences to reconsider the essence of artistic value. Beyond his groundbreaking art, Duchamp was deeply passionate about chess, once asserting, ‘While all artists are not chess players, all chess players are artists.’ Representing France in international chess tournaments, he viewed the game as an intellectual art form, echoing the challenges he encountered in his artistic journey. Salvador Dalí, a leading figure in Surrealism, was both a friend and admirer of Duchamp. Their mutual respect led to artistic exchanges and inspirations. Dalí, too, had a fascination with chess, which manifested in works like ‘Chessboard with Gala’s Face’ and his design of a chess set. Duchamp’s challenge to artistic conventions resonated with Dalí, blurring the lines between reality, imagination, and the very definition of art.”
“The Chess pieces are the block alphabet which shapes thoughts; and these thoughts, although making a visual design on the chessboard, express their beauty abstractly, like a poem” -Marcel Duchamp
In 1922 the worlds’ top masters agreed to terms Capablanca had drawn up for contending for the world title; the so called, ‘London Rules.’ The London Rules stipulated that the first player to win 6 games would win the match, playing sessions would be 5 hours each, and that each player had 2.5 hours to make 40 moves. The champion was obliged to defend his title within a year of a challenge from a recognized master, he however, was not obliged to play for a purse of less than $10,000. The London Rules represented a huge step forward in the effort to establish an organized international framework for world title competitions.
These efforts would continue in various forms. The campaign to get Chess included in the 1924 Olympic Games, held in Paris, was derailed because of the inability to distinguish amateur from professional players. Alexander Alekhine, who had fled Russia for France, helped organize a tournament of 54 eminent chess amateurs, including the famous artist/Chess Master Marcel Duchamp, representing 18 countries played in Paris coincident with the Olympic Games, the 1st Unofficial Chess Olympiad. On the final day of the competition, July 20, 1924, delegates from 15 international chess federations formed the Federatione Internationale de Echecs (FIDE), a milestone that would have far reaching implications on the organization of major international competition.
At the time Capablanca was still unbeatable; Reti and Nimzovich were brilliant innovators, but they were not shrewd enough competitors to offer any real threat . The fact of the matter was Capablanca had never played against anyone to whom he wasn’t simply naturally superior; this was probably true of Alekhine as well. However, by 1927 Alexander Alexandrovich Alekhine had fused together pieces of shattered orthodoxies; a Romantic prowess for combinational flair and a Classical appreciation of structure, with the hypermodern understanding of dynamism, to devastating effect. Born into an aristocratic family in Moscow, Alekhine learned chess as a child, he was taught by his mother and played often with his older brother and sister.
He did not possess the same prodigious talent of Capablanca, but his genius was compounded by a tenacious work ethic. He raised the bar in master level chess analysis, particularly of openings, his annotations offer students a clear insight into the thought process of a Mega-Master. Chess was his singular focus, he studied at least 4-8 hours daily. When he met Capablanca in Buenos Aires for the World Championship there could not have been a starker contrast between players, Alekhine prepared with his usual rigor, Capablanca, ever nonchalant, prepared not at all. Alekhine’s indomitable spirit, focus, and preparation gave him an edge that Capablanca did not realize until too late. After a grueling 3 month struggle Alekhine, to the amazement of the chess world, finally prevailed over the venerable Cuban; 6 wins, 3 losses, 25 draws. Although after the match he stated that he would, he never granted Capablanca a rematch offering instead a litany of excuses. Thus was Alekhine’s character, perhaps colored in part by his experience of watching the world around him crumble during the Russian Revolution (he was once even imprisoned by the Soviet Secret police!), he had only one true care in the world, Chess. Alekhine would not play Capablanca again until 1936 at a tournament in Nottingham, they drew their game, and Capablanca went on to win the tournament. At this point, however, Alekhine no longer held the title
In 1935 Alekhine was defeated for the World Championship by the Dutch mathematician Max Euwe. A noteworthy match for the fact that it was the first World Championship that allowed the players to have ‘seconds’ to assist them with analysis during breaks in play. Euwe’s victory was surprising as he was considered a far inferior player to Alekhine, and there has been speculation that the Champion’s extreme overconfidence (if not his penchant toward drink) cost him the match. The two played 30 games with Euwe winning the match 15 ½ to 14 ½. The ‘London Rules’ having been modified, maintained the necessity to win six games, but made the match a best of thirty. Two years later Euwe gave Alekhine a rematch and was decisively dominated, he however was to continue to play a major role in world chess.
Zermelo’s chess is a theoretical construct rooted in the principles of set theory and named after the German mathematician Ernst Zermelo. In 1913, Zermelo utilized chess as a framework to demonstrate the existence of a deterministic optimal strategy in finite two-person games of perfect information. His theorem posits that in such games, either one of the players has a winning strategy, or both players have strategies ensuring a draw.
Zermelo’s exploration into game theory was deeply intertwined with his foundational work in set theory. Set theory, a branch of mathematical logic, deals with the nature of sets, or collections of objects. Zermelo’s application of set-theoretic principles to chess was a pioneering move, bridging the gap between abstract mathematical concepts and tangible real-world scenarios. While Zermelo’s chess doesn’t provide an explicit strategy for winning the game, it underscores the deterministic nature of games when viewed through the lens of set theory.
In the early 20th century, classical physics faced several unresolved anomalies. The development of quantum mechanics emerged as a response to these challenges, with various physicists contributing foundational ideas.
**Max Planck** was the first to deviate from classical thought when addressing the blackbody radiation problem. Classical theories predicted infinite energy at ultraviolet frequencies, a clear inconsistency known as the ultraviolet catastrophe. Planck proposed that energy is quantized and introduced the concept of the quantum, suggesting that energy is emitted or absorbed in discrete units.
**Niels Bohr** then tackled the atomic spectra issue. Classical physics couldn’t explain why hydrogen atoms emitted light at specific frequencies. Bohr proposed a model where electrons orbit the nucleus in quantized energy levels, successfully accounting for the observed spectral lines of hydrogen.
However, the Bohr model had its limitations, leading **Werner Heisenberg** to develop matrix mechanics. He introduced the uncertainty principle, which states that certain pairs of properties (like position and momentum) cannot be simultaneously measured with absolute precision. This was a radical departure from classical determinism.
**Erwin Schrödinger** provided an alternative formulation using wave mechanics. He developed the Schrödinger equation, which describes the evolution of quantum systems in terms of wave functions. These wave functions give probabilities of finding a system in a particular state.
**Louis de Broglie** added to the wave-particle duality concept. He proposed that all matter, not just light, exhibits both particle and wave characteristics. This idea was foundational for Schrödinger’s subsequent work.
**Paul Dirac** furthered the quantum theory by merging it with special relativity. His equation described the behavior of electrons and predicted the existence of antimatter, specifically the positron.
While these developments were groundbreaking, they weren’t without critics. **Albert Einstein**, for instance, had reservations about the probabilistic nature of quantum mechanics, leading to philosophical debates about determinism and reality.
Together, these scientists’ contributions formed the bedrock of quantum mechanics, reshaping our understanding of the microscopic realm.
Quantum Dimensions
Art Deco Geometry
Darwin’s theory of natural selection posits that organisms with favorable traits are more likely to reproduce. Mendel’s genetic principles elucidate how these favorable traits are inherited across generations. Thus, while Darwin identified the process of evolutionary change, Mendel provided the genetic mechanism underpinning this process. Pasteur’s work, while more distinct, showcased the micro-level biological interactions, underscoring the intricate balance and interplay in life, which, in turn, influences evolutionary outcomes.
Portfolio
The Age of Reason
Daring ideas are like chessmen moved forward; they may be beaten, but they may start a winning game. —Goethe
“Chess is a game which reflects most honor on human wit.” -Voltaire
If the weather is too cold or rainy, I take shelter in the Café de la Régence, where I entertain myself by watching chess being played. Paris is the world center, and this café is the Paris center, for the finest skill at this game. -Diderot
Process and Paradox
Russell and Whitehead
John Dewey, a central figure in American pragmatism, revolutionized educational and social philosophy. Advocating for experiential learning, he believed education should be a dynamic interplay between students and their environment. Beyond pedagogy, Dewey emphasized democracy as a way of life, arguing that communal deliberation and shared experiences underpin a vibrant, progressive society.
Stochastic Process and Speculation
Wittgenstein
Louis Bachelier, a pioneering figure in financial mathematics, is best known for his 1900 thesis “The Theory of Speculation.” In it, he introduced groundbreaking concepts to model stock market prices, laying the foundation for modern stochastic calculus. His work, ahead of its time, anticipated later discoveries in Brownian motion and has profoundly influenced modern financial economics.
Power Laws
Popper
Vilfredo Pareto, an Italian economist and sociologist, made significant contributions to economics and the understanding of income distribution. He introduced the Pareto principle or “80-20 rule”, which posits that 80% of effects come from 20% of causes. His work on wealth distribution using Pareto curves has become foundational in economics, sociology, and optimization studies.
Mapping Chaos
Heidegger
Henri Poincaré, a polymath, profoundly influenced topology, celestial mechanics, and the theory of dynamical systems. His work laid the groundwork for chaos theory. Edward Lorenz, building on such foundations, became synonymous with the “butterfly effect” in chaos theory, illustrating how small changes in initial conditions can lead to vastly different outcomes in deterministic systems. Together, they reshaped our understanding of complex systems.
Power Laws
Godel
Vilfredo Pareto, an Italian economist and sociologist, made significant contributions to economics and the understanding of income distribution. He introduced the Pareto principle or “80-20 rule”, which posits that 80% of effects come from 20% of causes. His work on wealth distribution using Pareto curves has become foundational in economics, sociology, and optimization studies.
Mapping Chaos
Zermelo
Henri Poincaré, a polymath, profoundly influenced topology, celestial mechanics, and the theory of dynamical systems. His work laid the groundwork for chaos theory. Edward Lorenz, building on such foundations, became synonymous with the “butterfly effect” in chaos theory, illustrating how small changes in initial conditions can lead to vastly different outcomes in deterministic systems. Together, they reshaped our understanding of complex systems.