“Our attempt to find and construct beauty and order out of things, I think we always have that impulse. So, even this huge curated space that is disorienting, our eye wants to simplify and focus. Even if it’s unconscious, we want to experience beauty.”
~ Brendan O'Connell, from "Paintings of Walmart," Studio 360, August 2, 2013
"Lost in Art" by Liu Bolin
I mean, seriously? Invisible? You should know better. You do know better. Tangible objects can't be invisible, ever. But they don't need to be. That's the crux of the concept. One of the most meaningful things I've learned from this is that people barely see what's openly in front of them, much less things that are camouflaged.
We all have a fixed perspective on how the world looks, and that perspective generates itself. We mentally change what we see to fit our unconscious perception of order.
I'm sure you're familiar with the phrase "People see what they want to see," but that's not really accurate. A more accurate phrase would be "People see what they assume must be seeable."
If there's no sense of movement and no unexpected sounds, we typically let our mind produce a backdrop that matches our memory. People will look at the world without seeing anything beyond their unconscious expectation.
Excerpt from “Chaos Promotes Stereotyping,” by Philip Ball, Nature.com, April 7, 2011:
A study shows that messy surroundings also make people more likely to stereotype others.
Diederik Stapel and Siegwart Lindenberg, social scientists at Tilburg University in the Netherlands, asked subjects in messy or orderly everyday environments (a street and a railway station) to complete questionnaires that probed their judgements about certain social groups. They found small but significant and systematic differences in the responses: there was more stereotyping in the disorderly areas than the clean ones…
Study subjects sat further away from someone of another race when the train station was a mess.
In one experiment, passers-by in the busy Utrecht railway station were asked to sit in a row of chairs and answer a questionnaire for the reward of a chocolate bar or an apple. The researchers took advantage of a cleaners' strike that had left the station dirty and litter-strewn to create their messy environment; they returned to do the same testing once the strike was over and the station was clean.
In the questionnaires, participants were asked to rate how much certain social groups — Muslims, homosexuals and Dutch people — conformed to qualities that formed part of positive and negative stereotypes, as well as qualities unrelated to stereotypes. For example, the 'positive' stereotypes for homosexuals were (creative, sweet), the 'negative' were (strange, feminine) and the neutral terms were (impatient, intelligent).
As well as probing these responses, the experiment examined unconscious negative responses to race. All the subjects were white, but when they were asked to sit down, one chair at the end of the row was already occupied by a black or white Dutch person. In the messy station, people sat on average further from the black person than the white one, whereas in the clean station there was no statistical difference…
Stapel and Lindenberg say that stereotyping may be an attempt to mentally compensate for mess: "a way to cope with chaos, a mental cleaning device" that partitions other people neatly into predefined categories.
See also: Broken Windows Theory
“In mathematics, the parabola is a conic section, the intersection of a right circular conical surface and a plane to a generating straight line of that surface. Given a point (the focus) and a corresponding line (the directrix) on the plane, the locus of points in that plane that are equidistant from them is a parabola. The parabola has many important applications, from automobile headlight reflectors to the design of ballistic missiles.”
Excerpt from “Complexity Used to Be So Simple. It Meant Progress,” by David Segal, New York Times, April 30, 2010:
What we need, suggests Brenda Zimmerman, a professor at Schulich School of Business in Ontario, is a distinction between the complicated and the complex. It’s complicated, she says, to send a rocket to the moon — it requires blueprints, math and a lot of carefully calibrated hardware and expertly written software. Raising a child, on the other hand, is complex. It is an enormous challenge, but math and blueprints won’t help. Performing hip replacement surgery, she says, is complicated. It takes well-trained personnel, precision and carefully calibrated equipment. Running a health care system, on the other hand, is complex. It’s filled with thousands of parts and players, all of whom must act within a fluid, unpredictable environment. To run a system that is complex, it’s not enough to get the right people and the ideal equipment. It takes a set of simple principles that guide and shape the system. For instance: Teach everyone the best practices of doctors who are really good at hip replacement surgery.
“We get seduced by the complicated in Western society,” Ms. Zimmerman says. “We’re in awe of it and we pull away from the duty to ask simple questions, which we do whenever we deal with matters that are complex.”
It turns out that when a complex system moves across time, it has something called a self-organizing process that tends to move it toward what is called maximizing complexity...If you imagine a choir where you have everybody sing the note the exact same way, it has this kind of dullness and rigidity to it. There is no differentiation. They are totally linked, the singers, but not differentiated. Then you have them close their ears, where they belt out a song as loudly as they can but they’d hear each other sing. The song is random. They pick whatever they feel like. There is total differentiation and zero linkage. It is cacophony. It is chaos. Then you have them open their ears, get together, and say to them, sing whatever you want. And amazingly, they will pick a song that they sing in harmony, where there will be intervals that each of the individual singers is expressing his or her identity, yet they are linking together in this familiar common song. And everyone has their inner singer and listener alike. And there is a feeling of incredible vitality, of fluidity and flexibility...
So in terms of integration, this differentiation of parts that then become linked, the linkage of specialized parts of a system, that is what allows you to move in a harmonious path. In complexity terms, you maximize complexity, but we can drop that term because it doesn’t make intuitive sense and just use the word harmony. So when a complex system is linking differentiated parts, it becomes harmonious and adaptive. So the interpersonal neurobiology view of health is basically integration. It is that simple. And it is that profound.
Because when you have learned to monitor energy and information flow, you can then take the pulse of where your life has rigidity in it, like when you have repeated habits that you feel imprisoned by or thoughts that keep on going over and over in your head, that is an example of rigidity. Or you keep on getting romantic partners that are bad for you because they hate you. But you want to be with someone who hates you, that is an example of a rigid pattern.
Or on the other extreme chaos, where you interact with people and suddenly you burst into this emotional chaotic storm that floods you and you don’t have any kind of balance in your life. And you are saying things to loved ones that you don’t want to say. Or you are beating up in yourself in these, what I call “low-road outbursts.” You know, all those chaotic ways our life creates suffering for us. Those are all examples of impaired integration. And we could go through in detail what that looks like, and in my book Mindsight I do. But it is basically any opportunity you can see to feel rigidity in your life. It is an opportunity to look deeply at what is not differentiated in your relationships, what is not differentiated in your nervous system.
[Thanks Kit !]
“In high school I came to the conclusion that God was an ordering force that was in everything after Mr. Carlock explained the second law of thermodynamics, the law of physics that states the universe will gradually lose order and have increasing entropy. Entropy is the increase of disorder in a closed thermodynamic system. I found the idea of the universe becoming more and more disordered profoundly disturbing. To visualize how the second law worked, I imagined a model universe consisting of two rooms. This represented a closed thermodynamic system. One room was warm and the other was cold. This represented the state of maximum order. If a small window were opened between the rooms, the air would gradually mix until both rooms were lukewarm. The model was now in a state of maximum disorder, or entropy. The scientist James Clerk Maxwell proposed that order could be restored if a little man at the window opened and closed it to allow warm atoms to go to the one side and cold atoms to go to the other side. The only problem is that an outside energy source is required to operate the window. When I was a college sophomore, I called this ordering force God.
…I hated the second law of thermodynamics because I believed that the universe should be orderly. Over the years I have collected many articles about spontaneous order and pattern formation in nature. Susumu Ohno, a geneticist, has found classical music in slime and mouse genes. He converted the genetic code of four nucleotide bases in our DNA is not random, and when the order is played, it sounds like something by Bach or a Chopin nocturne. Patterns in flowers and leaf growth in plants develop in mathematical sequence of the Fibonacci numbers and the golden mean of the Greeks.
Patterns spontaneously arise in many purely physical systems. Convection patterns in heated fluids sometimes resemble a pattern of cells. Scientists at the University of California have discovered that silver atoms deposited on a platinum surface spontaneously form ordered patterns. The temperature of the platinum determines the type of pattern, and order can be created from random motion. A small change in temperature totally changes the pattern. At one temperature triangles are formed, and at another temperature hexagons form, and further heating of the surface makes the silver atoms revert to triangles in a different orientation. Another interesting finding is that everything in the universe, ranging from amino acids and bacteria to plants and shells, has handedness. The universe is full of self-ordering systems.”
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