Is Science more Attractive to the Human Mind?

Humans have a tradition of seeking explanations for the world’s workings; we have been searching for answers to limitless questions for thousands of years. One of the primary means of explanation has been the sciences. Biology, chemistry, physics, geology, etc.: all provide humans with effective ways to rationalize the world. Since humans long for simplicity over complexity, they will naturally be more attracted to concrete answers rather than abstract ideas. This is where the arts meet difficulties in mainstream acceptance. While science gives facts, evidence, laws, and theorems, laid out and accepted by the majority, art presents us with abstract ideas and interpretation. Even the most straightforward of paintings may be interpreted in different ways.

The problem of individual interpretation separates art from science, but in some ways unifies them as well. Many refined practices in science are referred to as “arts” and involve interpretation. Humans decide what to take away from scientific data, just as they do from a painting. Also, human error is not unknown from science. As Lehrer’s quote points out, no measurement can be perfect. This is due to a combination of human error as well as inability; humans do not possess the ability to measure absolutely perfectly, as the decimal point being measured to can never extend to the infinity mark required for perfection.

Beauty, Biology, and Art

Beauty is somewhat of an abstract idea, considering each person can perceive appearances differently. What one person finds pleasing to the eye, another person may not. The Merriam-Webster dictionary defines beauty as “the quality or aggregate of qualities in a person or thing that gives pleasure to the senses or pleasurably exalts the mind or spirit.” Biologically, humans are innately attracted to symmetry, and certain other qualities. This stems from the evolutionary desire to find a healthy reproductive partner. For example, a female with wider hip would be more attractive because this quality eases childbirth. Mathematically, the Golden Ratio is considered to be most aesthetically pleasing and was used frequently by Renaissance architects and artists.

Personally, however, an individual’s concept of beauty can be completely separate from another’s. Runway models are purported by their industry to be iconic of beauty. Many people see them to the contrary and feel that they are far to thin. Thus everyone has their own concept of beauty, although certain things may influence that concept from a cultural standpoint. Today’s American culture tends to value plump lips, for example. In the Heian era of Japan’s history, women practiced ohaguro, the fashion of dying one’s teeth black. In that era, black things like lacquer glaze were seen as beautiful. This may seem strange to us today, but it was completely normal in the Heian culture.

In art, personal preference to a piece can be strongly linked to whether that person finds a particular piece visually appealing. I myself am one of these people who desires aesthetically pleasing qualities in art. However, what I may consider ugly, someone else might think is a masterpiece.

Art and Science

While art sometimes unites an audience and its creator in a basic emotion, its trademark seems to be the vast spectrum of reactions along which it sweeps people, rather than a fixed, specific thought to which it targets them. If art simply reflected reality, if it did not depend upon the idiosyncrasies of each artist, no one should attempt to paint another oak tree. It’s been done before; that bark, those leaves can certainly mean no more today than yesterday, if the view is all the same. But it is not. Staggering infinite possibilities of human perspective inform and produce art. More than art helps us to see the oak tree – how green a leaf may be, how its color changes with the season, how its shadow falls and ripples on a lake – art helps us see each other and ourselves – how we fear, embrace change, death, loss, the unknown, growth, stability, peace, shelter, beauty. But if successful, it rarely tells us how to see, but rather asks. It proposes something our minds may nibble and gnaw at for moments, months, lives.

Science permits us another strain of understanding. It gives us problems and questions as well, but unites us in answers and facts upon which we may stand, speak, search, from which we may climb together to continue and progress. It gives us relations and regularities upon which to depend, ways we may all see things the same. We choose science as our main method of understanding the world because it is more reliable than art, and because it affects the physical nature of our existence in such drastic ways. No one gets the leisure time to create much culture or art if no one’s figured out how to cultivate plants or cure and prevent some basic illnesses. But beyond these practical considerations, science also often gives us the very basis we require for art. We must all understand the concept of oak tree and shadow and perspective before we can add human meaning to the tree’s representation or distortion in art.

Beauty

Beauty is a complex matter. There is no concrete definition as to what is beautiful and what is not. We have all had the experience where we believed something was beautiful, but our friends or family begged to differ and tried to prove to us that whatever the object was, it was hideous. Beauty cannot be explained in words, for it is something that one feels and believes. The closest we may come is to say that beauty is that which makes one feel good and interested in the object exemplifying beauty. A piece of art is subject to varied interpretation, with some people believing it to be beautiful, while others may consider it the most hideous thing they have ever seen. We cannot say that those who disagree with out views of the work of art are incorrect because we all have our own opinions and are allowed to decide for ourselves what is beautiful. It is not our choice what we believe is beautiful. Although we may give reasons as to what we see in the art that makes it beautiful and spectacular, it is very difficult, if not impossible, to truly explain why we love that work.

In our culture, we view beauty as appealing to the eye. However, we run into the problem again with what is appealing to our individual eyes? Where one person may think somebody is beautiful, another person may disagree. This does not mean that the first person was wrong; it simply means that they have different views of beauty. When we discuss models, we automatically think of beauty. Models have always been seen as some of the most beautiful people around and that is why they wear particular clothes from designers. They are telling everyone that this is what beautiful people wear, and if you want to be beautiful too, you should wear these clothes.

Although beauty is profound in our culture and in art, it is difficult to say that it is a necessary component. Our culture and art view beauty in indefinite terms; there is not concise definition. Therefore, it is a problem to place a person or a work of art in either the category of beautiful or not. This decision is up to the individual and will most likely stay there. Although beauty is appealing, we cannot say it is a necessary component unless we figure out how to appeal to everyone’s opinion of what is beautiful and what is not.

Science and Art

When we try to understand how the world functions, we turn to science over art for a few reasons. One such reason is that science is exact, while art is open to discussion. When scientists calculate how much energy is given off by a certain reaction or what the yearly increase in world temperature is, these values are exact. The scientists use formulas that provide values that are known to be correct because these formulas have been proven to work consistently and properly over time. On the other hand, art is subject to interpretation. Even a simple drawing can be interpreted hundreds of ways by different people. Each person would have his or her own opinion about what the drawing depicts and means to him or her. This type of ambiguity in meaning is not possible in science, where there is only one answer to a problem. You cannot provide five different values as answers on a chemistry exam; there is only one correct solution.

Nevertheless, what art lacks in exactness, it makes up for it in aiding science. When a new building is to be constructed, thinking of the design for the building is art. When the architect is drawing up blueprints for the building and attempting to think of ways to make the building stand out among the other buildings in the area, he or she is an artist at that moment. Once the design is established, it takes science to work out the mathematics involved in constructing a building, such as which angles the components must be positioned so as not to cause the building to collapse. In this way, science and art work in harmony to produce a beautiful, stable building.

Art + Science = ♥

Why do so many universities create “Arts and Sciences” programs? Why does a biology major graduate with a “Bachelor of the Arts” degree? Why are these two seemingly opposite fields squished together so often?

Scholars in every field have the same goal; they strive to understand how the world works. A microbiologist does this broadly; he studies earth’s diversity. An artist does it on a smaller scale; he studies how his environment affects his perceptions and emotions. The large, concretely calculated, and often-observable models of science cannot serve humanity without the structural support of art. Conversely, the products of less-calculated creativity cannot serve humanity without the larger plans of science. The two go hand in hand.

Yes, we can measure emotions; we can analyze the readings of an EEG. Yes, it is sometimes difficult to explain a mathematical theorem because, when applied to a physical situation, it can produce unexpected results. This, however, is the point. Using both art and science produces a much more complete picture of our world than using either art or science alone.

I entered this class believing that art is a poor use of resources, but that it is acceptable because it gives work to those who are uninterested in the sciences. I could not have been more wrong. This semester’s exposure has shown me that free minds, minds that are not restricted by rules, models, and data, are infinitely valuable. I still believe that the creativity that goes into science is extremely undervalued, but I now understand that art’s purpose is undervalued as well. Art is often planned and calculated, while science is often spontaneous. A simple spectrum, such as the one in the “who gets to call it art” movie, takes hours of experimentation.

So, alright, I’ll ask it:

Why not?

Truth

When viewing a work of art, or listening to one, can we see truth? Can we feel it?

If we examine an individuals understanding of the word truth, we can be surprised as how different another person can perceive it as. It is a word that probably has a connotation far more disconnected from what it is capable of. The truth can destroy; it’s really not all it’s made out to be. In simple words I can allude to a situation many of us have been in. Although we may see truth as something that has the fixed association to “good” and “just”, let’s face it, it is unbearable to hear. For some reason the truth is something that many of us cannot bear to hear. The reason? Illusion vs. reality. This struggle been the dominating factor in countless plays, plot lines, and works of art. There is always a conflict between these two forces, and in the end understanding the two existing ubiquitously is far more difficult than accepting one at a time. A reality can be the illusion of one person, and just as well be the vice-versa of another. It is rather paradoxical as we go even deeper into examining the verity of an illusion or the verity of a reality. Feeling “truth” in a work is even a harder concept to understand. It is a notion that fascinates me and perturbs the mind. I always wonder whether the artist feels the same way about a work years later. How “true” can the work feel days, months and years later. At any one moment we may feel more strongly about something than years in the future. Truth is also affected by how much he/she knows at the given moment of their creating their work of art. Whether it be in form of music or visuals, an artist expressing him/herself can easily shift their way of thinking with time. In the end I wonder how true truth is.

lecture notes 11/5

“We live in a state of Blessed ignorance, but it is also a state of marvelous enlightenment”
(Hofstadter, I am a Strange Loop, p.362)
That establishes Euclidean geometry as tactile not visual. http://learn.uci.edu/media/OC01/11002/AR0111002_L1T2P1.gif
visual field intersects on our retina. http://img.webmd.com/dtmcms/live/webmd/consumer_assets/site_images/articles/health_and_medical_reference/eye_health/understanding-vision_problems-basics-myopia-and-hyperopia.jpg
our view.
http://media-2.web.britannica.com/eb-media/23/70823-004-2AD75C17.jpg
our vision.
http://www.griseldaonline.it/foto/checcoli/3A-%20jan-van-eyck-madonna-del-cancelliere-rolin-1439-parigi-louvre.jpg
Imagine what one would paint if we based our understanding of our world reality on our sense of smell. We know of a few new studies in this field:

From Artificial Chemical Sensing:

Olfaction and the Electronic Nose, Stetter, J.R.; Pensrose, W.R., eds.
Electrochem. Soc.: Pennington, NJ, 2001, pp. 8-14.
A COLORIMETRIC NOSE: “SMELL-SEEING”

Kenneth S. Suslick and Neal A. Rakow
School of Chemical Sciences
University of Illinois at Urbana-Champaign
600 S. Mathews Ave., Urbana, IL 61801, USA
THE SMELL-SEEING ARRAY

When an array of metalloporphyrins deposited on an inert support (e.g.,
reverse phase silica gel) is exposed to various analytes, color changes in the
various porphyrin complexes are observed, and the color changes are often
dramatic. By simply subtracting the digital images of the array before and after
exposure, one may obtain a quantitative color change pattern: we refer to this as
“smell-seeing”. As shown in Figure 2, these color change patterns give striking
visual identification of a range of ligating vapors (including alcohols, amines,
ethers, phosphines, phosphites, thioethers, and thiols). Weakly-ligating vapors
such as arenes, halocarbons, and ketones can also be differentiated. Diffuse
reflectance spectroscopy studies have shown that solid-state spectral shifts are
similar to those known for ligation in solution. The array has demonstrated
interpretable and reversible responses even to analyte mixtures of strong ligands,
such as pyridines and phosphites. Color change patterns for mixtures are distinct
from either of the neat vapors.
Figure 2. Color change profiles (shown in black and white) for a series of vapors; the
degree of analyte softness (roughly the polarizability) increases from left to right, top to
bottom. Analytes were delivered in nitrogen streams saturated with the vapor at 20°C.
Images obtained upon full equilibration using an HP Scanjet 3C flatbed scanner.
Difference maps were obtained by subtracting the RGB images (i.e., { |R(after exporsure
to analyte) – R(before)|, |G(after exporsure to analyte) – G(before)|, |B(after exporsure to
analyte) – B(before)| }

direction,light source, http://www.pspug.org/tutorial/html/tutmini/pspug-perspective_v7.htm
or the indication of a collective perspective on a given fact.
http://www.thehindu.com/lr/2009/01/04/stories/2009010450260600.htm

An areal view of the earth does not revile the subdivision of the buildings, just their roof,
http://www.mccullagh.org/db9/1ds-3/san-francisco-aerial-view.jpg
an infrared photograph of a landscape will indicate the place of an object, not their color, http://images.pennnet.com/articles/mae/thm/th_0701maesupp_f1_02.jpg
An X-ray will define the inner bones, but will neglect the surface of our skin.
http://www.shop4dentist.com/images/x-ray-04.jpg
construct a reality. We learned that
http://spiralzoom.com/Science/spiralconsciousness/Strangeloop_op_221x600.jpg

“In the brain model proposed here, the casual potency of an idea, or an ideal, becomes just as real as that of a molecule, a cell, or a nerve impulse. Ideas cause ideas and help evolve new ideas. They interact with each other and with other mental forces in the same brain, in neighboring brains, and thanks to global communication, in far distant, foreign brains…an advance in evolution…” (p.205, 2007 Hofstadter, D. I am a Strange Loop)
http://brainwaves.corante.com/articles-synesthesia-brain.jpg

Guggenheim – Synesthesia:
http://bnee.com/wp-content/uploads/2006/09/synesthesia.jpg

“Some people – a surprisingly large number- “see” color or “taste” or “smell” or “feel” various sensations as they listen to music…” (P. xiii 2008, Musicophilia by Oliver Sacks)