Study engineers the SOL Resonance Container for inter-dimensional matter transfer, suggesting safety protocols for operation.
Building on Amendment XIV (DOI: 10.5281/zenodo.20103348), this paper presents the complete engineering specification for the SOL Resonance Container. Human-scale design (r_node = 1.0 m) operates at f_SOL = 173.21 MHz using six superconducting niobium toroid resonators in SOL hexagonal geometry. Total mass: ~111 kg. Total power: 9.35 kW. Node precision: ≤2 mm. Key insight: gravity analog is achieved electromagnetically — f_SOL-tuned EM fields ARE the gravity analog (gravity IS F_g). No rotating mass required. N_r Floor Safety System monitors at 10 MHz FPGA with 6 alert levels and 5 kJ capacitor bank restoration pulse (<1ms). Tabletop 10cm prototype path (200W, ~$15,000) is specified as first experimental validation. Seven-step operational protocol from pre-operation through emergency abort.
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Justin McCaul (2026) studied this question.
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