Hybrid Resonance Regime (HRR)

Crystal–Mycelial Engine — RTT / CMH Substrate Phase#

1. Regime Identity#

Regime: Hybrid Resonance Regime (HRR)
Layer: Hybrid substrate
Role: Align biological and mineral substrates
Operators: S • HybridOps • E • G

2. Purpose#

The Hybrid Resonance Regime defines the transition layer where biological geometry and mineral precursor material become synchronized through resonance fields.
HRR is the phase in which CME performs:

• mineral infiltration
• resonance alignment
• hybrid memory transfer
• dual‑substrate coherence

This regime prepares the substrate for mineral lock‑in.

3. Substrate Behavior#

Mineral Infiltration#

• Precursor material fills biological channels
• Channel thickness determines infiltration rate
• Ion saturation controls infiltration depth

Resonance Synchronization#

• Coherence fields align biological pulses with mineral waveforms
• Resonance gradients shape spatial alignment
• Synchronization is required for memory transfer

Hybrid Memory Formation#

• Biological routing memory maps into mineral defect patterns
• Branch scars influence impurity band placement
• Pulse pathways become resonance‑aligned guides

4. RTT Operator Mapping#

Substrate (S)#

• S.channel_fill — infiltrate biological channels with mineral precursor
• S.map_preserve — preserve biological geometry during infiltration
• S.dual_substrate_alignment — maintain coherence between substrates

HybridOps#

• HybridOps.memory_transfer — map biological memory → mineral memory
• HybridOps.resonance_bridge — stabilize hybrid waveform alignment

Energy (E)#

• E.resonance_sync — synchronize biological and mineral waveforms
• E.resonance_field — generate resonance field for alignment

Gradient (G)#

• G.resonance_gradient — shape resonance field spatially
• G.ion_gradient — regulate infiltration depth

5. MSRM Envelope Requirements#

Ion Saturation Envelope#

Target: 0.65–0.75

• Enables mineral infiltration
• Supports hybrid memory transfer

Coherence Field Envelope#

Target: 0.8–1.4 kHz

• Required for resonance synchronization
• Aligns biological and mineral waveforms

Moisture Envelope#

Target: 0.35–0.45

• Reduces biological activity
• Prepares substrate for mineral lock‑in

6. Outputs of HRR#

• Hybrid substrate layer
• Partial mineral fill
• Resonance‑aligned waveforms
• Hybrid memory map
• Dual‑substrate coherence

These outputs define the CME’s hybrid transition layer.

7. Transition to MLR#

HRR transitions into the Mineral Lock‑In Regime (MLR) when:

• supersaturation increases
• resonance alignment is stable
• thermal envelope is applied

This marks the beginning of crystal lattice propagation and domain memory formation.