🧬 Time Crystal Emitter · Bill of Materials (BOM)
📦 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.