Minimal Matter

Developing adaptable frameworks using minimal surface geometries for bio-receptive habitats and diverse context driven solutions.

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Long description

Minimal Matter explores the potential of minimal surface geometries—structures characterized by high surface area-to-volume ratios and inherent porosity—to create adaptable frameworks for bio-receptive habitats and other architectural solutions. By leveraging 3D printing technologies, the project aims to fabricate intricate, porous structures that maximize material efficiency while maintaining structural integrity. Initial experiments utilize materials like stone white clay and red earthen terracotta, chosen for their compatibility with additive manufacturing and potential for ecological integration. These designs can enhance airflow, thermal regulation, and support biodiversity, contributing to sustainable and regenerative architectural practices. Beyond bio-receptive habitats, the adaptable nature of minimal surfaces offers applications in areas such as furniture design, interior spaces, and large-scale structures like cooling towers. Minimal Matter seeks to bridge the gap between natural geometries and built environments, promoting a harmonious coexistence between architecture and nature.