Gobekli Tepe Acoustic Quantum Resonance Hypothesis

This report explores the hypothesis that the circular T-stone enclosures of Göbekli Tepe may function as natural quantum-acoustic resonance chambers. A proposed backyard-scale experimental setup is described to test piezoelectric and vibrational response to low-frequency acoustic energy within stone circles. The model aims to investigate whether such configurations could amplify localized vacuum energy anomalies—possibly supporting future theoretical studies on micro-scale exotic matter or Casimir-like effects. The experimental design is built around open-access tools, Arduino-based sensors, and locally sourced stones (e.g., quartz, basalt). All data will be published transparently and made available for replication. This report is also part of a funding request for public science outreach and citizen-led experimentation on ancient acoustic structures and non-conventional physics exploration.