April 2022, Israel. The brilliant coordination of the Tel Aviv airport attendants, accurate responses of waitresses at restaurants in the city, stools made of just peeled wood that I met at a café, photographs of “square lumps of orange juice” that the former pastry chef of the world-renowned restaurant “noma” showed me, etc. The events, objects, and human’s networks are there. Here is something that is backed up by experience and hidden in the responses and statements of the moment. There is something that touches, soothes, and inspiring thought. These are intelligences that are both designs and science, something that should be called “ad hoc intelligence” that emerge from the encounter of designs and science.
“We are in unprecedented hunger. We live in a constant lack of beauty, or even in lost landscapes, mediocre and pragmatic architecture, and objects that are insensitive to human handiwork and consideration.”(Luigi Zoya)
Resisting the deterioration of bodily sensations and sensitivities, slowly steer toward a humans’ beautiful future, we hereby declare the new quests for knowledges in “Design x Science.”
DESIGN SCIENCE_01
The following is the summary of the editorials of the contributors.
Crystals, such as raindrops, snow, and biominerals are self-organized. Plants stretch while searching for the direction of gravity, temperature, humidity, objects and soil, and rotate everywhere. They have a keen “sense of smell” and “nerveless intelligence.” African termites perceive the concentration of fecal smells and build huge homes. Plants and animals perceive and act on the “gradient” of the environment that surrounds them.
Science, which is said to begin with the calculation of planetary orbits, has evolved through thermodynamics and the theory of evolution to become the domain of observing the surrounding “macro,” i.e., the “middle-scale things” that surrounds living things in the global environment. In thermodynamics, we explore the macros, which appears as an increase in entropy, the randomness created by microscopic objects such as molecules. In nonlinear science, we explore the emergent and transitional medium-scale macroscopic phases, such as the small waves on the surface of water or the expression on a single face. Science is always observing the “designs” of its surroundings.
It is the idea of “design-science” that proposes that design and science are different names for one and the same job. The author’s flexiblity elucidate this principle from the perspective of ecological psychology.
Dusk is the time of day when the great sky is dominated by a transparent blue after passing through orange, madder, pink, and various purples. How can we reproduce the charm of the beautiful scenes that occur in this poetic time and space, known as “blue moments,” using artificial light for indoor lighting and nighttime cityscapes?
A “fatal error” in the lighting environment in the second half of the 20th century disrupted the correct relationship between light and humans = the mechanism of perception. There are also issues such as the difference between illuminance and luminance (brightness perception) and the importance of the “color temperature” of the light source, ranging from “blue, white, yellow, vermilion, and red.”
The author, a world-renowned lighting designer, states: “In the 45 years since I’ve made lighting design for my profession, I have been asking myself to learn deeply about the relationship between the science of light and art, which natural light teaches.” “I refer to lighting design as ‘design of light’ or ‘design of shadows’ to introduce my profession.”
Through “ergonomics of light,” the academia of the five senses, which is advancing dramatically, lighting design continues to deepen from research on the physical properties of light to consideration of light and human comfort based on visual psychology and environmental psychology. This is an invitation to the forefront.
The Medieval Torture Museum in Prague displays a variety of torture devices used in witch hunts, including an iron chair with embedded spikes and a funnel for water torture. The author names the element that these “products” have as “punitiveness.” The filthy, privacy-less restrooms and dim lighting of prisons and detention centers are also filled with punitiveness. But people are refusing to allow the prison to improve its architecture and product design. This intolerance stems from poverty and irrationality under the capitalist system, where one’s daily living space is surrounded by highly punitive and inferior products.
What is required is an overall improvement in the standard of product design? Its design is pleasant to use and its aesthetic creativity has a rich “rewardability,” which gives mental satisfaction. Products that liberate us and do not stress us are thoroughly optimized for body posture and movement. The ideal of product design is to create a moment when the very existence of the product itself “disappears” outside of the user’s consciousness.
There lies the ethical and political challenge that product design must bear. This article is a reflection that illuminates the core of the issue.
In Iceland, Denmark, Norway, Malaysia, Singapore, and Japan, the author has developed the “Kiwa Project,” which creates places for dialogue and production by observing urban images and constructed nature or native nature around the world. “Kiwa (際)” is a spatial boundary and an extreme moment when things change. “Kiwa” evokes the extreme threshold of sensation that captures the moment when something completely different emerges.
The author remarked: “When I think of the word “design,” I imagine the act of capturing Kizashi兆し(signs).……I feel that the act of de-sign is to keenly observe the signs of a strange and unknown existence, explore the protrusions and cracks by moving and touching, and make outstandingly the actual situation by repeatedly redrawing the dots and lines. Perhaps it is an existence that we can never understand, but it is something that interact with each other certainly. Isn’t design, then, a way to cultivate the sensitivity to confront strange objects come from surroundings?”
This is the coming “design x science” glow that will illuminate the “Kiwa” between knowledge and the unknown.
Prisons implemented the concept of panopticon, and modern and later school classrooms appropriated it. When we reflect on the history of design in the 20th century, we cannot overlook the links between the imagination and creativity of design and power/violence. However, the author asks. Although design looks to the future, it is increasingly urged to contain a gaze into the past. Anthropology looks to the past, but it longs to respond to the present and engage with the future. Can we combine the two of them?
From this perspective, the author examines the implications of Lévi-Strauss’ “the logic of the concrete” and Bateson’s the study of “creatura.” The presentation will then introduce various cases of collaboration between design and anthropology that are currently underway in the Western world, including the publication of books bearing the title “design anthropology,” the hiring of anthropologists and sociologists by corporations, and the participation of designers and anthropologists in public policy. The author then proposes the possibility of a Design Anthropology (Design×Anthropology) that responds deeply and de-violently to urgent issues by engaging in the development and implementation of products and services, while discussing together the design that has the power to significantly change the future.
The morphologies of organisms such as insects, birds, animals, and plants show the boundaries of equilibrium between factors, such as their environment, competition with other organisms, or symbiosis. Natural landscapes that overwhelm our perceptions, such as the aurora dancing in the sky, the ever-changing clouds, the slowly winding river, a gentle mountain range, an endless coast of gravel, and massive rocks that overwhelm, are also forms that appear as a state of equilibrium of various physical properties. The approximate forms of various phenomena can be reproduced by computer simulations.
C. Alexander developed and explained the logic of shapes in his books, Notes on the Synthesis of Shapes, Pattern Language, The Nature of Order. In Rediscovering Japan, Taro Okamoto attempted to illuminate works that give form to the simple and strong emotions of people who confronted and came to terms with their environment, such as Jomon pottery and clay figures from the Japanese archipelago, or the worldview and wishes left behind in the crafts and patterns of the Ainu people. Furthermore, there is a discussion of folk-art excavation by Muneyoshi Yanagi. In this essay, the author weaves these together and offers a vision of the mechanisms of harmony and integration in our time, a new form of science and methodology.
Among the OECD countries of which developed countries are members, Japan lags far behind in the development of renewable energy that does not emit CO2 and the penetration rate of electric vehicles and belongs to the group with the highest CO2 emissions per nominal GDP. We used to enjoy “Japan as No. 1” but, in recent years, economic indicators of abundance such as national average income have been inferior to those of other developed countries. What are some tips on how to get off the “degenerative path?”
There is a study of earthworms and soil by Darwin. Some environmentalists have predicted global warming based on changes in the thickness of the Antarctic ice sheet. Masato Sasaki, a researcher of affordance theory, observed some visual and auditory phenomena that cannot be solved by modern physics such as optics and acoustics. In recent years, high-resolution sound sources that have been distributed by various companies, and 3D sounds, which give the illusion of being in a special seat in a concert hall, allow us to enjoy a richer and more realistic sound field. And there is even a secret to the beauty and comfort of the chair “HIROSHIMA” designed by Naoto Fukasawa.
Let’s look back in time and view event that cannot be adequately explained by modern science. This is where the essence of things may be revealed. Now is the time to explore the knowledge of “design x science” to create new insights and products!
This was about half a century ago. Using an ultra-weak absorption spectrum measurement apparatus, a state-of-the-art device at the time, the research team including the author discovered that water, which was thought to be colorless and transparent, is a very light-colored liquid that absorbs a small amount of light.
And this discovery overturned all the existing theories about why seawater is blue, such as that it reflects the blue of the sky. Since the color of light that travels over a long distance in the water becomes blue and hence, the sea with a large amount of water also appears blue. We reached the conclusion that “seawater is blue” because “seawater” itself is blue. It also revealed the mysteries of the “deep blue” of the “Blue Grotto” on Capri, Italy, and the “bright blue” of the glaciers in Patagonia.
Since ancient times, “the seawater has been blue” and “the sky has also been blue” because the Deities designed nature that way. However, it was not until the 20th century that we, human being understood the reason, only with the help of science. The author states, “when I understood why the seawater is blue, I felt very happy.” The results of “The Exact Science of Light” testifies to the relationship between design and science and its beautiful and abundant future.
What is the solution of “brain function x design science?” The author visualized and introduced the similarities between a chaotic attractor (trajectory) obtained from EEG and the logo of THE DESIGN SCIENCE FOUNDATION. From both sides, he says, one can intuit the connection between brain function and design science.
Furthermore, the topic of the mind will be mentioned. In Japan, the number of long-term sick leave due to mental illnesses have been increasing from the beginning of this century to the present. Why is it? Is it caused by the environment or by humans? In recent years, research has focused on elucidating the mechanisms of human environmental adaptation as part of the social brain. For example, M. Lieberman, in the field of social cognitive neuroscience, pointed out that mammals evolved as social animals, and this process creates a network in the brain that supports social behavior and acquires three brain-powers: connecting, reading minds, and harmonizing. Introducing new perspectives such as the relationship between social brain function and mental illness, the investigation for the brain and mind continues. This article explores the periphery of design science from the “brain that produces design” and the “mind that receives design.”
“In the process of design, people create forms and embody new roles and their existence……How do we come into contact with the source of empathetic design that leads to shared value?”
The author asks this question. He pays multiple attention to these words, scientific facts and various events, such as Mathematician Kiyoshi Oka’s “Fuitsufuni(不一不二)”, aquatic animals’ “hydrodynamic perception”, neuroscience experiments on free will, Theo Janssen’s work “Strandbeest” which use the compressed air of the wind stored in the bottles as energy for activity and behave like organisms, and our own experience in daily life. He further deepens his thoughts on the act of design, which is considered a sensual, uncertain, and unscientific ability, to the depths of the ambiguous boundary between “the body that knows the connection with its surroundings of which it is unaware” and “the medium that surrounds the body,” the way the two seem to be one, and various aspects of the two.
“There is always a basis for the design, a path perceived from the various fragments of life and insights into all of it.” This article is a declaration of “Ambience Design” that considers form from the flow of medium rather than thinking about the form itself.