09/04/2026
The presented visualizations do not merely represent sound, but reveal the latent geometric structure of ecoacoustic systems.
These manifolds encode relationships between acoustic events, potentially reflecting multi-species interactions and emergent ecosystem organization.
Rather than reducing soundscapes to scalar indices, this approach preserves relational complexity, enabling the identification of structural transitions such as the proposed Acoustic Heliopause.
Furthermore, the translation of acoustic data into geometric representations opens new avenues for neuro-ecological interfaces, where structured environmental signals may interact with neural dynamics through multisensory integration mechanisms.
