“The Universal Quest for Harmony and Unity” Part I: Unity with Nature
Things that accord in tone vibrate together. Things that have affinity in their inmost natures seek one another.
— R. Wilhelm and C. F. Baynes, trans., The I Ching, or Book of Changes (Princeton University Press, 1977)
When Fu Xi governed everything under the sky, he looked upward and admired the splendid designs in the heavens, and looking down he observed the structure of the earth. He noted the elegance of the shapes of birds and animals and the balanced variety of their territories. He studied his own body and the distant realities and afterwards invented the eight trigrams in order to be able to reveal the transformations of nature and understand the essence of things.
— As quoted in Nature…, p. 235
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Left, Da Vinci drawing of the Vitruvian Man inscribed by Platonic geometry, compared to, right, an 18th century anatomical drawing imposed on a non-hierarchical grid. —Nature …, p. 92 Jakob Beneigus Winslow, The Uncertainty of the Signs of Death and the Danger of Percepital Internments and Dissection, (Dublin, George Faulkner, 1748). |
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Ancient peoples likely thought of themselves as audacious when they successfully changed nature to suit their own purposes— agriculture, settlement, the damming of a stream to produce a lake, burning a woods or grassland to flush out animals. If nature is enchanted, if there are spirits in the rocks and trees, in creatures and in the winds, then those spirits must be appeased or their permission secured. If one acts without consent of the spirits, disaster may ensue. One purpose of myth is to instill either practical or moral habits, or both.
Tassels and pieces of cloth attached to a rope between two trees honor spirits of nature at a Shinto shrine in Japan.
Photo courtesy of Norman Crowe
Myths that involve harmony and disharmony abound in ancient and so-called primitive societies. They usually involve the story of someone who disregarded nature or the gods or spirits and suffered consequences of epic proportions. In reality there are plenty of circumstances where human societies went against nature, either because they couldn’t have predicted the consequences of their actions, or because they were unable to affect a political means to mediate between the needs for certain resources and the sustainability of those resources.
Examples:
Can you name some recent examples of these two: i.e., lack of political ability to manage resources, or accidental destruction to a natural system because the relationship between cause and effect could not be easily discerned?
Examples:
While we aren’t disposed so much to myths as analogies to remind us of the possible consequences of our actions, might an overriding concept of “harmony” act as a paradigm? Or is that too inhibiting to what we regard as “progress”?
Here are some examples from the past:
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Left - Harmonic diagram based on Pythagoras’ demonstration of relationships between musical harmonies, geometry, and numbers. |
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What tends to serve the function of myths of harmony for us today; i.e., what might be the equivalent in today’s positivist- inspired world?
Unity, harmony, and beauty are often parts of the same idea. The desire to ensure the built environment is unified (a unity of diversity—i.e., a “natural” consistency within itself) and is consistent with nature or the cosmos within which it resides, has often led to seeing nature as a direct paradigm.
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Clockwise from upper left - Takayama, Japan; Canyon de Chelly, Arizona; Bagnereggio, on a hilltop in Italy; Zen Buddhist monastery in the woods near Kyoto, Japan. Photos courtesy of Norman Crowe |
There are many ways to assess the appropriate relationship between the man-made and nature. It may be scientific such as measuring the carbon footprint of a human setting, be it urban or rural; or it may reflect a humanist notion of evolution of the man-made in nature; or it may relate to an implicit belief in a “perfect” harmony between the man-made and nature; or a combination of any of these, and perhaps, many more. Ultimately, each of us must ask ourselves what is our own idea of what is the perfect harmony between nature and man-made things.
"An alternative idea of wild nature as a source of human existence is gaining a public hearing. This idea questions the long-entrenched civilized-primitive dichotomy, a bifurcation grounded in an assumption that the human story lies in our triumph over a hostile nature. The idea of nature as the source of human existence, rather than a mere re-source to fuel the economy, is the outcome of the second scientific revolution, initiated in the nineteenth century by Charles Darwin and Rudolf Clausis."
—Max Oelschlaeger, The Idea of Wilderness (New Haven: Yale Univ. Press, 1991), p. 1
Skyline of Rome, Italy
Photo credit: Samir Younés, used with permission.
Skyline of Osaka, Japan, 2006
Photo courtesy of Norman Crowe
Note biologist E. O. Wilson’s Consilience: He argues the “two worlds” of humanism and science are not mutually exclusive, but necessary for a complete understanding. Humanistic truths and scientific truths. This is, in his words, a return to “the Enlightenment Project.”
For Renaissance architects, the achievement of harmony, unity, and beauty, was accomplished by means of two approaches to the design of architecture:
(This week’s reading discusses no. 1. in detail; a later reading will address no. 2 in detail but you should be prepared to speculate on it during the seminar session).
"We must . . . conclude that the harmonic perfection of the geometrical scheme [for a building] represents an absolute value, independent of our subjective and transitory perception. And it [can be shown] that for Alberti—as for other Renaissance artists—this man-created harmony was a visible echo of a celestial and universally valid harmony."
—Rudolf Wittkower, Architectural Principles in the Age of Humanism, 4th ed. (London: Academy Editions, 1988), p. 18.
Harmonic and compositional analysis of Palazzo Piccolomini, Pienza, Italy.
Drawings by John Stanton, ND graduate. Courtesy of MIT Press. Used with permission. All rights resreved.
Harmonic geometries, as applied to architecture, not only squared visual proportions with cosmic universalities—or so it was believed—but aided in the very practical task of putting a building together—so that columns, walls, and openings maintained a structural logic, and functional requirements such as how rooms were to be used or how circulation was disposed, were coordinated. That is, unity of the parts through a common geometric matrix (referred to by Alberti as linneamente). (See illustrations in this week’s reading.)