Jinpyo Eun (e-u-n-a.com)
The REAL is to change the Non-existent entity into the Existent entity by topological transformation and computational transfiguration. The Non-existent entitiy is an idea, a phenomenon, an inspiration or those relationships to each other. The Existent entity is the form; the expression of Non-existent entity
Architecture evolves responding to the changing world and is transformed by other fields. The experiments for the possibility followed by the evolution and transformation is ‘the REAL’
REAL is an attempt to expand the way we imagine space: The development of digital design methods in architecture have produced concrete bases and freedom for realization of complex geometries. Also, it changed the way we imagine space. The significance beyond new geometries’ aesthetic and originality of compositional logics, it reflects the relationship between form and human perceptions.
In every moment, you are mapping reality in order to perceive the world. The process of mapping is the process of translating phenomena, tracing diagrams of reality and relocating our knowledge accordingly. A map generates another reality, which is filtered and rewritten by the process. Here, nothing can be pure or objective. Architecture is a reaction to this reality.
The evolving digital technology expanded the observers' way of perceiving and living the world. Architecture is a mere platform that enables to visualize, explore, foresight and feel the utopian dream through virtual reality. “Real” can be a computer generated world that has advanced the realization of these anticipated dreams. ***
Through the natural phenomena, people organize fragments of memory, emotion, and perception. By adding the systemic performance of architecture to existing socio-cultural infrastructure, an architect transforms the form of individual experiences into the new type of sustainable real environments for public. This exchange and transformation of imagination, conception, creation, and production is the process of REAL. ***
The efficiency and accuracy of three-dimensional digital design coupled with the integration of new softwares with custom manufacturing systems has made the testing of new building techniques faster and more economical. This new fabrication methodology have promised the viability of the full scale realization of new building forms and structures previously thought to be expensive and inefficient