"Experimental Frameworks and Simulation Tools for 5D Gravimetric, Electromagnetic, and Quantum Field Interaction Systems"

This collection contains a series of experimental and theoretical toolkits supporting cross-dimensional field interaction, gravimetric signal analysis, and 5D spacetime modeling. Each package represents a specialized subsystem contributing to the broader Quantum Big Bang (QBB) framework and its applications in gravitational detection, charge emergence, magnetic brane theory, and interferometric field mapping. Key innovations include: Simulated LIGO-like gravitational detection with minimal hardware (poor_mans_ligo_package.zip) Distributed gravimetric node protocols (distributed_gravimetric_network.zip) Emergence modeling of charge and field resonance (charge_emergence_package.zip) Star-field interferometry network simulations (star_field_interferometer.zip) Brane magnetism unification and 5D resonator mappings (unified_brane_magnetism.zip) Multi-tier gravimetric telemetry for dimensional network probing (multi_tier_gravimetric_network.zip) Each module is intended to support open-source research, rapid prototyping, and next-generation quantum-gravity instrumentation.