BRIDGE : CULTURE, SCIENCE and SPORT
BRIDGE : CULTURE, SCIENCE and SPORT
SUMMARY OF MIGUEL MESTANZA’S THESIS
Miguel Mestanza, former President of the Spanish Bridge Federation (1993-1997),
presented a doctorate thesis on the subject of ‘Bridge: Culture, Science and Sport’ in
the Faculty of Humanities of the
March 2007. Miguel Mestanza got the highest cum laude qualification for a doctorate
thesis in this University.
The idea of preparing such a thesis was based on his conviction that it was important to
bring to the knowledge of the University, a source of didactic possibilities, the unknown
world of culture and science attached to the game of Bridge which he discovered during
his research career.
As far as culture is concerned, Mestanza raises the question of the relation between
Culture and the game in its origin. The game belongs to human nature, either rational or
not. And the human being, using reason and knowledge, gives form to the game and
converts it into culture. Huizinga used to say that the game is not culture, but that
culture derives from the game.
The Greek culture presented amusement and entertainment, including games and
musical and artistic activities such as theatre, as essential components. This was an
important way to achieve education, the ‘paideia’. Another essential target was the
culture of competition, consubstantial with any form of Greek culture.
had the same meaning but was more universal since it was applied to games, persons
and places.
In the Middle Ages, culture became individual, according to regions or feuds. The
games were local. In order to escape from the barbarians, universal culture took refuge
in the monasteries. But because it was expanding, it returned to its previous form,
although with the added component of teaching.
The invention of playing cards coincided with the beginning of the Renaissance, when
creative culture gave rise to new games, among which the predecessors of bridge,
known in the
denomination shows that the origin of this game was derived from cultures other than
the British one, probably Arabian, brought to the
to the
the VIII and Catalina of Aragon This could explain the severe homilies of the Anglican
Bishop Hugh Latimer against ‘a game coming from Catholic Spain’.
This game soon received the influence of the culture of the country which welcomed it.
In the
The game spread throughout the country and was mentioned by Shakespeare in 1602 in
‘Anthony and Cleopatra’.
Little by little, during the Enlightenment period, several matters that gave rise to various
cultures had to be studied and public cultures were obliged to be regulated. The first
Whist Treaty was prepared by Thomas Hoyle and published in 1742.
Sociology, the science of social phenomena, facilitated the diffusion of Whist through
social relations together with the improved means of communication developed during
the Industrial Revolution. Whist was soon known and practised in
founded and new formulas were created in order to attract more participants to the
game, such as duplication and the Mitchell and Howell movements.
The science of empiric culture permitted the creation of a series of card-playing
technical rules which became popular, such as the Deschapelles coup, the
the Wien coup and the Rule of 11.
The culture created by political absolutism gave rise to the new concept of sport based
on physical exercise, as a consequence of English colonialism and German nationalism.
It was incorporated into British education with the aim of producing ‘sportsmen’, a
prototype of the admired colonial military. In
held, their aim being to prepare athletes for guerrilla warfare against Napoleon. With
French support, this concept led to the restoring of the Olympic Games in 1896, with
the exclusion of non-physical games.
Last but not least, linguistic culture introduced the most typical innovation into our
game. In fact, the studies on language initiated by
and contributed to introducing the spoken language into the game, as was the case in the
so-called Boston Whist. Later, following the works by the Americans Morris and Pierce
and the European Saussure on semiotic language as a preparatory stage, bidding was
adopted at the end of the 19th century, giving rise to modern Bridge.
During the 20th century, the Greek cultures of the spectacle and of ‘agon’ (competition)
were developed and strengthened. Bridge became a spectacle and also a remarkable
means of competition.
Last but not least, Bridge adopted the cyberspace culture and Internet contributes to its
diffusion through the countless number of competitive hands played by people all over
the world who have never met and will never meet personally.
The game and art are also related. Since ancient
the link being the human impulse which leads to pleasure being a means to escape from
the material world. Kant dealt with this question as a master in search of the beautiful
and the aesthetic. Such impulse, which is after all the culture of leisure, connects
everything which aims at this movement of emancipation: play, art, literature, theatre,
etc. Ortega Y Gasset designated the impulse which leads the ‘traveller’ to mental
autonomy as ‘aroma’, and wisely stressed that art and play ‘van de consuno porque
tienen la misma oriundez’ (are convergent because they have the same origin).
Science can be defined as knowledge acquired by observation and reasoning. It is
obvious that the scientific nature of Bridge could be justified by only these two aspects.
The major difficulty in accepting science in bridge comes from Empiricism, which
imposes a set of tested principles which can be experienced by observation. In
accordance with this criterion, only the exact sciences can be considered as sciences; all
others - ethics, moral, those derived from natural law and, obviously, philosophy -
falling outside this concept.
The Rationalists had a different view. Descartes, Spinoza, Leibniz and others claimed
that the intellect is capable of recognizing reality, regardless of experience.
Finally another concept: Karl Popper, considering Einstein’s work and conclusions,
believed that knowledge acquired by experience cannot lead to certitude, but only to
probabilities.
In conclusion, one can state that science covers not only technical and exact knowledge
but also moral and natural knowledge, in which games are included.
Bridge respects the principles of Empiricism and can be considered a science fulfilling
both requirements with its discipline and structure.
There is no doubt concerning Mathematics. Arithmetic, geometry, the rules of
percentages and probability calculation are sciences. The same is true regarding the
rules of the game, which have been formulated on the principles of exactitude.
Philosophy finds the truth of a syllogism as a result of the certitude of the premises.
Law not only encompasses the terminology of Bridge (auction, contract, promotion,
sanctions, etc.) but also the regulating of the players per se as a consequence of the
cards which they have in their hands.
There is a science involved in the structure of Bridge: the semiotic language of signs
and symbols in the auction and in card playing. As with any other language, semiotics
has semantics based on the ascription of meanings, the exactitude of which can be
tested. There is also the relation of signs and syntax that can only be explained in a
scientific way. There is still the schematic elaboration of systems in language that can
be tested and continuously subject to revision.
During the 20th century, democratic culture influenced the IOC (International Olympic
Committee) to open the door to a broader definition of sports. Today, the Olympic
Charter today the Olympic ideal as ‘a philosophy of life, exalting and combining in a
balanced whole the qualities of body, will and spirit’. Undoubtedly, the intellect is one
of the qualities of the body. Based on that reality, the IOC, following the same treatment
given to the game of chess, recognized the World Bridge Federation, on 15 June 1995,
in
sport, since the WBF, the object of which consists in the administration of Bridge, is
recognized by the IOC.
Miguel Mestanza opens here a parenthesis to criticize the fact that, the Spanish Supreme
Sports Council, CSC, expressed, in March 2005, the opinion that recognition by the IOC still needs reconfirmation and cannot therefore be accepted as such in
Among the arguments, Mestanza mentions that the Olympic Movement Report 2005
includes the WBF in the list of Federations recognized by the IOC, and also the fact that
whole country.
The last part of Mestanza’s thesis underlines the benefits of teaching Bridge in schools
and universities as a means of fulfilling the social role of the game in the formation of a
person’s character. Its practice contributes to strengthening the memory and to widening
the ethical and philosophical sense of life through the values of self-control, concentration,
decision-making, moderation and balance, together with the discipline and rigour
which are inherent to competition.
Besides these formative aspects, bridge has a great cultural and scientific value which
normally attracts no attention. Following the principle of ‘global teaching’, it is
important to stress them. For instance, when mentioning the fact that bridge is science,
why not explain its empiricism? When recalling the origins of bridge, why not mention
the historical and social circumstances of the period? When teaching the rules of the
game, why not evoke the Lightning? When bringing attention to reasoning, why not
explain the logic and the Aristotelian and stoical syllogism? When studying the bidding
and the card playing, why not connect them with the language of semiotics? And … so
many more teaching and formative possibilities which are put at our disposal by bridge.
To society it is important that schools and universities make good use of everything
connected with culture and science, and for bridge it is important to have access to such
forums. Why not try to harmonize both interests?
5