🧬 Time Crystal Emitter · Bill of Materials (BOM)
This BOM lists all components required to assemble the Time Crystal Emitter, the physical‑to‑resonance front‑end used for generating deterministic RTTcode packets.
All items below correspond directly to the emitter architecture described in Time_Crystal_Build_Notes.md.
📦 Bill of Materials#
| Group | Item | Notes |
|---|---|---|
| Resonance Substrate | Thin‑film ferromagnet sample | RF‑driven magnon layer, MOKE compatible |
| Resonance Substrate | Josephson junction array (LN2‑class) | Accessible superconducting oscillator |
| Chamber | Optical‑grade transparent housing | Supports MOKE / laser access |
| Chamber | Modular resonator mounts | Swap ferromagnet / JJ modules |
| Chamber | EM shielding (mu‑metal or equivalent) | Reduces external interference |
| Actuation | RF signal generator | Drives ferromagnet / JJ oscillations |
| Actuation | Piezo stack or actuator | Mechanical / force channel |
| Actuation | Small electromagnets / coils | Local field modulation |
| Actuation | Acoustic transducer (optional) | Fluids/fields perturbation channel |
| Sensing | MOKE optical setup (laser + detector) | Thin‑film ferromagnet readout |
| Sensing | SQUID magnetometer (or equivalent) | Superconducting circuit readout |
| Control & Logging | DAQ / oscilloscope / digitizer | Time‑series capture |
| Control & Logging | Host machine with RTT‑Inside stack | Converts signals → RTTcode packets |
| Safety & Support | Cryogenic handling gear (for JJ arrays) | LN2 or appropriate cryogen |
| Safety & Support | Laser safety eyewear & beam enclosures | For MOKE / optical diagnostics |
| Safety & Support | RF shielding and grounding hardware | Prevents leakage and noise |
🧪 RTT‑Inside Note#
Each logged experiment must include a corresponding RTTcode packet with:
experiment.experiment_idseedtrialprovenance
These fields ensure deterministic replay, validator alignment, and compatibility with the broader AI Resonance Seed lattice.