New Expressions and Concepts of Color
2018
teamLab aims to renew the expression and concept of color, and create new colors that have never been seen before.
Solidified Light Color (61 colors) and Liquified Light Color (57 colors) aims to create new colors by exploring new ways of expressing color.
Resonating Microcosms - Solidified Light Color, Resonating Microcosms - Liquified Light Color
Dynamic Equilibrium Color is unlike conventional concepts of color. When they are viewed closely, the color is constantly changing and moving, but when they are viewed from a distance, the color is static and does not change. These colors possess a concept of time on a very small (microscopic) scale, but do not possess a concept of time on a larger (macroscopic) scale.
Tea in Spontaneous Order - Dynamic Equilibrium Color
Flattening Color eliminates the sense of three-dimensionality of objects and spaces, and causes them to appear flattened. The space becomes a flat plane of color, and immerses the body of the person experiencing it into that flattened plane of color.
Expanding Three-Dimensional Existence in Transforming Space - Flattening 3 Colors and 9 Blurred Colors, Free Floating, Levitation - Flattening Red and Blue & Blurred Violet
FEATURED WORKS
Resonating Microcosms - Liquified Light Color, Dusk to Dawn
teamLab, 2020, Interactive Digital Installation, Sound: Hideaki Takahashi
With sunrise, the ovoids begin to reflect the world around them. When pushed down by a person or blown by the wind, the ovoids fall back and then rise releasing a resonating tone. The ovoids around it also respond one after another, continuing to resonate with the same tone.
As the sun sets, the ovoids shine by themselves. When an ovoid is pushed by a person or blown by the wind it falls down and then rises, a sound resonates out, and it emits a light color specific to the sound. The ovoids around it also respond one after another, making the same tone sound, and emitting the same light color that continues to resonate out. And the surrounding Resonating Trees also respond and change continuously.
The ovoids begin to flicker slowly when the wind is quiet and people do not push them.
Because the ovoid colors are produced by light, it is possible for them to change into 57 different liquified light colors.
Vedi AltroAs the sun sets, the ovoids shine by themselves. When an ovoid is pushed by a person or blown by the wind it falls down and then rises, a sound resonates out, and it emits a light color specific to the sound. The ovoids around it also respond one after another, making the same tone sound, and emitting the same light color that continues to resonate out. And the surrounding Resonating Trees also respond and change continuously.
The ovoids begin to flicker slowly when the wind is quiet and people do not push them.
Because the ovoid colors are produced by light, it is possible for them to change into 57 different liquified light colors.
Tea in Spontaneous Order - Dynamic Equilibrium Color
teamLab, 2021, Interactive Installation, Endless, Sound: teamLab
When a cup of tea is poured, it begins to glow with its own unique rhythm and produces a tone. A spontaneous order phenomenon occurs between the teas close by as they influence each other, gradually syncing the rhythms of light and color of the teas.
When you lift the tea to drink it, it shines brightly and the suns of the artwork Massless Suns and Dark Spheres resonate one after the other in response. As you finish the tea, the artwork enters your body and stops influencing its surroundings.
The light color of the tea is Dynamic Equilibrium Color, a new color concept by teamLab. When a person sees the tea in the cup from a distance, taking in its entirety, the color of the light does not appear to change; but when they look closely, observing the miniscule, the color of the light is actually continuously changing, and creating a new sense of time.
A spontaneous order phenomenon occurs when different rhythms influence each other and become aligned. Examples include when the pendulums of two clocks gradually begin to swing together, when many fireflies gather in one tree and all start flashing at the same time, creating a larger light phenomenon, or when the cells that make up the heart synchronize and tremble simultaneously to create the beating of the heart. The phenomenon of self-organization is the creation of a large structure with order resulting from the autonomous behavior of each individual, even though each individual does not have the ability to observe the whole. This can also be called a self-organization phenomenon.
It is believed that entropy (a measurement of the lack of order in a system) in the universe will steadily increase (the law of increasing entropy) and that entities with form eventually collapse. However, the reason why the universe, life, nature, and society are able to exist in spite of this may be because order is born by itself through the common phenomenon of self-organization in the midst of disorder. In other words, the universe and our own existence are a continuous order created by the same phenomenon.
Vedi AltroWhen you lift the tea to drink it, it shines brightly and the suns of the artwork Massless Suns and Dark Spheres resonate one after the other in response. As you finish the tea, the artwork enters your body and stops influencing its surroundings.
The light color of the tea is Dynamic Equilibrium Color, a new color concept by teamLab. When a person sees the tea in the cup from a distance, taking in its entirety, the color of the light does not appear to change; but when they look closely, observing the miniscule, the color of the light is actually continuously changing, and creating a new sense of time.
A spontaneous order phenomenon occurs when different rhythms influence each other and become aligned. Examples include when the pendulums of two clocks gradually begin to swing together, when many fireflies gather in one tree and all start flashing at the same time, creating a larger light phenomenon, or when the cells that make up the heart synchronize and tremble simultaneously to create the beating of the heart. The phenomenon of self-organization is the creation of a large structure with order resulting from the autonomous behavior of each individual, even though each individual does not have the ability to observe the whole. This can also be called a self-organization phenomenon.
It is believed that entropy (a measurement of the lack of order in a system) in the universe will steadily increase (the law of increasing entropy) and that entities with form eventually collapse. However, the reason why the universe, life, nature, and society are able to exist in spite of this may be because order is born by itself through the common phenomenon of self-organization in the midst of disorder. In other words, the universe and our own existence are a continuous order created by the same phenomenon.
teamLab, 2018, Interactive Installation, Endless, Sound: Hideaki Takahashi
The space is filled with spheres of free floating light. People move through the spheres and enter the space. When people move through or strike them, the spheres change color, and that color resonates out. The spheres around that sphere change color tone and in turn resonate out the color in three-dimensions to nearby spheres.
When the spheres change color, the space itself shifts between a collection of spheres forming a three-dimensional space and a flat color wall.
Even if each sphere moves freely on its own, the behavior of light is maintained across the whole of the space (a three-dimensional image in which one sphere is regarded as one dot). Therefore, the light behaves as a group and can be thought of as one three-dimensional existing space. At this time, the light spreads spherically around the impacted sphere.
Since each sphere is free floating within the collection of sphere elements that make up the three-dimensional space, people recognize it as existing three-dimensionally and part the spheres entering into the three-dimensional existing space.
The shape of the space is determined by the collection of floating spheres and changes according to people's actions (pushing or colliding). Depending on the degree of entanglement of the spheres, and wind and pressure changes, the shape of the space itself will change, empty spaces becoming high density, and spheres rising to the ceiling all at once.
Before the modern era in Japan, Kasane no Irome were seasonal colors created in silk. The colors were the result of a combination of front and back colors, (silk at the time was so thin that the liner was transparent, creating complex colors), overlapping color gradations, complex weave colors, and combinations of warp and weft. Since the sphere colors are produced by light, it has been possible to create nine blurred colors, (light in water, sunlight on water plants, morning glow, morning sky, sky at twilight, peach, plum, iris, spring maple), as well as 3 colors that flatten the space (blue, red, and green), producing a total of twelve colors.
Levitation - Flattening Red and Blue & Blurred Violet
teamLab, 2021, Digital Installation, Sound: Hideaki Takahashi
Life is an order of energy.
In the artwork space, an order of energy is created, just like life.
The sphere is not supported by anything. Nevertheless, through the order of energy, the sphere transcends the concept of mass: it levitates in the space between the floor and ceiling, floating up and down. When a person taps the sphere, it floats away, falls to the ground, and rolls away. But if there is no external interference, it will slowly rise into the air again, as though restoring itself to its original state.
The sphere also appears to shift between two and three dimensions.
What is life? Viruses, for example, are considered to exist somewhere between living and inanimate, because they do not have cells, the smallest unit of biological life, and they do not reproduce. What separates the living from the inanimate cannot be defined biologically to this day.
That you continue to be tomorrow who you are today is against the law of increasing entropy, wherein tangible things collapse. In other words, in a universe where entropy (a measurement of the lack of order in a system) is supposedly being maximized, life is an entity that resists this trend. Life can be thought of as a “supernature” phenomenon: an occurrence that defies the laws of classical physics.
Physicist and 1977 winner of the Nobel Prize in Chemistry, Ilya Prigogine, observed that in the natural world, when energy is absorbed from an external source, internal entropy is generated, then released. Prigogine discovered that there exists a non-equilibrium state that is only realized when this entropy is released. Through the dissipation of energy (or matter) and the removal of entropy, internal entropy is reduced and order is created. It can be said that living organisms take in energy from the outside in the form of food, disposing of entropy in the form of excrement, thereby preserving entropy.
Life can be thought of as an order of energy that is continuous with the external environment.
The existence of life can be thought of as a Supernature Phenomenon that defies the laws of physics. When an order of energy is created within the artwork space, the sphere transcends universal gravitation, violating physics as life does. The sphere slowly levitates, becomes suspended in the middle of the space, and floats up and down in the air.
When a person views the Supernature Phenomenon before them, it causes their perception to change, thus leading to a new cognitive experience that differs from that of everyday life.
This artwork aims to explore changes in cognition.
Vedi AltroIn the artwork space, an order of energy is created, just like life.
The sphere is not supported by anything. Nevertheless, through the order of energy, the sphere transcends the concept of mass: it levitates in the space between the floor and ceiling, floating up and down. When a person taps the sphere, it floats away, falls to the ground, and rolls away. But if there is no external interference, it will slowly rise into the air again, as though restoring itself to its original state.
The sphere also appears to shift between two and three dimensions.
What is life? Viruses, for example, are considered to exist somewhere between living and inanimate, because they do not have cells, the smallest unit of biological life, and they do not reproduce. What separates the living from the inanimate cannot be defined biologically to this day.
That you continue to be tomorrow who you are today is against the law of increasing entropy, wherein tangible things collapse. In other words, in a universe where entropy (a measurement of the lack of order in a system) is supposedly being maximized, life is an entity that resists this trend. Life can be thought of as a “supernature” phenomenon: an occurrence that defies the laws of classical physics.
Physicist and 1977 winner of the Nobel Prize in Chemistry, Ilya Prigogine, observed that in the natural world, when energy is absorbed from an external source, internal entropy is generated, then released. Prigogine discovered that there exists a non-equilibrium state that is only realized when this entropy is released. Through the dissipation of energy (or matter) and the removal of entropy, internal entropy is reduced and order is created. It can be said that living organisms take in energy from the outside in the form of food, disposing of entropy in the form of excrement, thereby preserving entropy.
Life can be thought of as an order of energy that is continuous with the external environment.
The existence of life can be thought of as a Supernature Phenomenon that defies the laws of physics. When an order of energy is created within the artwork space, the sphere transcends universal gravitation, violating physics as life does. The sphere slowly levitates, becomes suspended in the middle of the space, and floats up and down in the air.
When a person views the Supernature Phenomenon before them, it causes their perception to change, thus leading to a new cognitive experience that differs from that of everyday life.
This artwork aims to explore changes in cognition.