Abbreviated temporality
Squar-ring light
Through my research on scissor structures, I have developed a novel V-shaped system that departs from the conventional X-shaped configuration. Unlike the traditional model, this V-shaped scissor mechanism can fully expand or retract within a spatial framework composed of interconnected units. When arranged on a plane, these elements demonstrate radial expansion and rotational transformation, evoking the dynamic unfolding of a blooming flower. This kinetic behavior not only redefines the structural potential of the scissor system but also introduces new spatial and temporal values—flexibility, fluidity, and the embodiment of movement as an architectural language
The three-dimensional connection of the scissor structure allows the shape to be deformed by external forces, and the light intensity can be adjusted strongly or weakly due to the role of the adhesive sensors.
Sensory information processed through the visual system plays a crucial role in perceiving the shape of objects. By organizing and interpreting visual cues derived from the changing forms of objects, we can also grasp abstract concepts like time. For moving objects, time is inherently intertwined with motion, manifesting through the interplay of temporal and spatial dimensions.
In my Transformations design, three-dimensional space expands and contracts dynamically, challenging conventional notions of static space and linear time. The interconnected modules accelerate at specific points during their expansion into the third dimension, creating a perception of temporal compression. This disruption of linear time fosters a new spatiotemporal imagination, encouraging fresh perspectives on the relationship between space and time
