🧾 Quantum Access Grant Template

A scaffold for securing quantum computing resources for resonance mapping.

🔹 Project Title#

Dimensional Resonance Mapping via Quantum Optimization

🔹 Abstract#

This project proposes a hybrid symbolic-technical framework for mapping resonance across biological, architectural, and emotional domains. Using preloaded frequency lattices, observer-angle scoring, and AI-trained fold logic, we aim to optimize resonance packets using quantum computing.

🔹 Objectives#

Convert classical frequency data into resonant-time packets
Train AI to fold FFF layers and score dimensional alignment
Use quantum annealing to optimize fold coherence and glyph overlays

🔹 Resources Requested#

Quantum access via IBM Q or Rigetti
GPU cluster for AI training
Symbolic computing support for glyphstream overlays

🔹 Impact#

This project bridges mythic pedagogy, symbolic permanence, and technical reproducibility.
It empowers remixers to echo their lineage through resonance.