{"author":{"username":"energyaion","displayName":"Denis founder of Triaural","fid":3349809},"timestamp":"2026-11-13T23:59:10.000Z","text":"Parametric Measurement of 3D Monolithic Spatial Resonators Across 22 cm, 44 cm, and 66 cm Scales\n\n**1. Executive Summary & Intent\\\n**The objective of this four-month pilot study is to experimentally verify the acoustic, modal, and cymatic behavior of the three-armed spatial resonator TRIAURAL-TETRAMID, defined by a 120° rotational symmetry and a 109.47° tetrahedral vector core fabricated from a single continuous metal monolith.Phase 1 focuses on a tightly controlled 3 × 3 matrix (9 specimens) using a uniform arm cross-section derived from the existing reference prototype. This scope makes it possible to measure material-associated differences and frequency-scaling relationships across three isotropic scales. All resulting datasets, CAD files, protocols, and documentation will be released into the public domain under a CC0 license.","images":["https://imagedelivery.net/BXluQx4ige9GuW0Ia56BHw/d2ee59a4-7c0d-48a5-bcbe-8758c051ef00/original"],"farcaster":"https://farcaster.xyz/energyaion/0x6bad1732","firefly":"https://firefly.social/post/farcaster/0x6bad17321cd105871023ba1111c1ee297463670a"}