Matt Scullin & Philip Ross

Mycelial Acoustic Resonance Arrays

# Mycelial Acoustic Resonance Arrays **The Mechanics:** The product architecture utilizes a proprietary multi-stage fermentation process to grow mycelium-based acoustic panels with density-graded cellular structures. By introducing varying concentrations of silicate-based mineral precursors during the vegetative phase, the mycelium matrix is induced to synthesize an internal lattice that mimics the refractive index of high-end acoustic glass. Each panel is cast into a non-repeating, algorithmic geometric topology designed to maximize sound wave diffusion while maintaining an ASTM E84 Class A fire rating without the need for synthetic chemical flame retardants. Integration is achieved through a modular "snap-fit" mounting system embedded into the mycelium rear-casing during the final growth stage, ensuring zero-VOC installation. The panels are finished with a bioluminescent-pigmented bio-polymer seal that reacts to high-frequency ambient light, providing a reactive aesthetic output that shifts based on the studio lighting environment. The material density is tunable during the growth cycle, allowing for customized bass trap performance or high-frequency absorption depending on the specific acoustic requirements of the target studio space. **Utilitarian Value:** This vertical integration into the professional audio and high-end residential architectural market allows MycoWorks to bypass the commodity textile sector, capturing premium margins by positioning the material as a high-performance functional component rather than a luxury leather alternative. By solving the dual problem of non-toxic, aesthetically superior diffusion and environmental compliance, the product secures high-value contracts in LEED-certified commercial developments and elite recording facilities, establishing a recurring revenue model through scalable, modular acoustic system upgrades. **Target Ecosystem:** High-fidelity professional recording studios and luxury biophilic commercial architecture.