MOF molecule
The Smart Forest, created by analyzing the direction of sunlight and utilizing plant hydrotropism and photosynthesis, showcases the growth process of plants that typically grow too slowly to be observed with the naked eye. By growing in alignment with sunlight, the Smart Forest naturally forms appropriate shading.
Additionally, the Smart Forest is made of MOF (Metal-Organic Framework), a special material developed by MIT. MOF can absorb a substantial amount of water from the air and release it gradually, serving as an excellent water source. By creating a woven-shaped structure resembling thread, the Smart Forest provides an optimized environment for plant growth, even in deserts.
Smart forest installed in the desert
Deserts have strong sunlight and lack water resources, making it difficult for plants to grow. However, if a Smart Forest is installed, it can reduce the intensity of sunlight in the desert and create properly shaded spaces. This is possible because the forest is made of MOF (Metal-Organic Framework) materials, which are 3D printed to align with the direction of sunlight. The sectional area of the MOF material is equivalent to six soccer fields.
Additionally, MOF materials have the ability to absorb a significant amount of moisture at night and release it during the day. This capability creates an environment that provides water to plants during the day. With adequate sunlight and sufficient water, an environment in which plants can thrive even in the desert is created.
The algorithm simulates the sun's direction for each month and time period, weaving endpoints into a single curve and dividing the stem into hexagonal cells. It creates a module by inputting growth figures for each cell. This process is based on the principle that the distribution of auxin (plant growth hormone) varies depending on the influence of refractivity, with the plant stem modeled as a bundle of four cylinders.
Additionally, as the auxin arrangement changes in response to light, the partial growth of the stem is reproduced by varying the thickness of each cylinder. As the sun's latitude changes from month to month, the intensity of light also changes. The algorithm adds curvature analysis by interpreting refractivity and growth degree accordingly. The analyzed curvature is arranged by month to simulate the shading effect of the varying intensity of light throughout the year.
The Smart Forest creates an artificial environment that controls and provides the essential elements for plant growth. The size of the forest can vary based on the creator's settings, ranging from a vast forest with many trees and vines, as shown in the picture above, to a scene that supports the growth of trees with weaves twisting at their bases.
The appearance of sunlight and water vapor flowing through the weaving fields gives the impression of observing nature in its purest form, creating a truly beautiful scene.
