What Do We Mean by “Spheres of Existence”?

The classic Hollywood film, How Green Was My Valley, is set in a Welsh coal-mining community over a hundred years ago. The spiritual head of the community, played by Walter Pidgeon, is walking along a hillside with a young boy who was traumatized after being injured in an accident. After some small talk, Pidgeon’s character tells the boy that prayer will help him heal. He explains that this isn’t mumbling in a church; what he means by prayer is the deepest possible communication with oneself, thus existentializing it.

This whole dimension derives from the existence-watchers Pascal and Kierkegaard. For example, Kierkegaard writes, “My principal thought was that in our age, because of the great increase of knowledge, we had forgotten what it means to exist, and what inwardness signifies.” (Quoted from “Truth Is Subjectivity”, a section in Concluding Unscientific Postscript to Philosophical Fragments.) Note that when you watch a very gifted scientific analyst, like Robert Lawrence Kuhn, whose PBS series Closer to Truth, represents the opposite of Kierkegaard’s inwardness.

In “Realms and Domains: Levels and Confusion”, we presented realms and domains as ways of shaping knowledge. Kierkegaard utilizes the word “sphere” to communicate a similar concept. Think of the term in geometry or as a “sphere of influence” in geopolitics.

Kierkegaard tells us, “There are thus three spheres of existence: the aesthetic, the ethical, the religious.” Let’s explain these three spheres. By “aesthetic,” he means the pursuit of wine, women and song as a life. The European academic song, “Gaudeamus igitur” embodies this philosophy. In the Eugene O’Neill play, Long Day’s Journey into Night, one of the characters exclaims, “In vino veritas!” (Latin: in wine, there is truth.)

By ethical, Kierkegaard is not describing a great concern for morality. He means, rather, the sense of camaraderie felt by someone for their fellows. A strong example of this occurs in the film, The Third Man. Trevor Howard plays a conscientious Royal Military Police officer, whose mission is to catch the elusive criminal played by Orson Welles. Howard’s officer’s entire existence is characterized by his desire to protect the public and his men. One could says this protectiveness is his bottom line.

To understand what Kierkegaard means by the religious, we quote, “Existence constitutes the highest interest of the existing individual, and his interest in his existence constitutes his reality. What reality is, cannot be expressed in the language of abstraction.” In The Third Man, the criminal’s girlfriend embodies the religious sphere. Her every task in daily life can be described by the previous quote.

Kierkegaard also has a very penetrating analysis of humor and irony, given his spheres of existence. Think of a comedian like Woody Allen, who has the intelligence to glimpse the profundity of existence but this wavelength makes him intensely anxious, provoking humor. These jokes are escapist, attempting to flee the tension of existence.

Finally, there are existence-watchers like the great American author Walker Percy. In his masterpiece, The Moviegoer, he depicts a current world so fragmented, adrift and soul-crushing that the protagonist tries to find his salvation in going to movies. He sees the experience of viewing the movie as being part of a congregation. Kierkegaard writes, “In our age it is believed that knowledge settles everything, and that if a man only acquires a knowledge of the truth, the more briefly and the more quickly the better, he is helped. But to exist and to know are two very different things.”

Education and “Chaos”: The Example of Climate Change

Students will have heard on read descriptions of “chaos theory” which try to capture the phenomenon that a small change “here” or now might involve a mega-change somewhere else or later on or both. In other words, tremendous turbulence could arise from overlooked minutiae in some other region or domain. Chaos here does not mean lawless…it means lawful but in surprising ways, like a pendulum swinging from another pendulum where the laws of pendular motion are still in effect but the motions are “jumpy.”

This can be described as follows:

Chaos theory is a branch of mathematics focusing on the study of chaos—states of dynamical systems whose apparently-random states of disorder and irregularities are often governed by deterministic laws that are highly sensitive to initial conditions. Chaos theory is an interdisciplinary theory stating that, within the apparent randomness of chaotic complex systems, there are underlying patterns, constant feedback loops, repetition, self-similarity, fractals, and self-organization.

The butterfly effect, an underlying principle of chaos, describes how a small change in one state of a deterministic nonlinear system can result in large differences in a later state (meaning that there is sensitive dependence on initial conditions). A metaphor for this behavior is that a butterfly flapping its wings in China can cause a hurricane in Texas.

Blaise Pascal (17th century) gives us the example of “Cleopatra’s nose.” Had her nose been longer, Pascal muses, she would presumably have not been so beautiful and this could have altered romantic entanglements and the behavior of rival Roman generals and world history might have moved along different pathways completely (recall Caesar and Cleopatra, the play).

All of this “strange science” applies to climate change.

In the Winter 2019/20 issue of Options, from the International institute for Applied Systems Analysis (IIASA, Austria headquarters), there’s a short piece that shows you how climate change has such “chaos-type” features which could “turbo-charge” changes already expected:

Will Forests Let Us Down?

Current climate models assume that forests will continue to remove greenhouse gases from the atmosphere at their current rate.

A study by an international team including researchers from IIASA, however, indicates that this uptake capacity could be strongly limited by soil phosphorous availability. If this scenario proves true, the Earth’s climate would heat up much faster than previously assumed.

(Options, Winter 2019/20 issue, IIASA, page 5, “News in Brief”)

Students should glimpse something here that points to a “deep structure.”
Climate scientists and climate modelers at this time are trying to re-examine and re-jigger predictions to include overlooked details that could add “chaotic dynamics” to the predictions. Knowledge itself is evolving and if you add knowledge changes and revisions to model ones, you have to conclude that even with this fantastic level of human ingenuity and scientific intricacy, we “see the world through a glass, darkly” because the facts, models, chaos math, overviews, are themselves in “interactive flux.”