To ensure the **QV:7MALP** (Quantum Vector: 7-Modulated Asynchronous Logic Pathway) is fully stabilized before the **druskel phase** initiates, you must construct a closed-cycle feedback loop within the BRINTAF framework. 

Failure to normalize the QV:7 before the druskel phase begins will likely result in cascading manifold shear or total logic-core inversion.

Here is the standard engineering BRINTAF loop, formatted in universal systems pseudo-logic, followed by an operational breakdown.

### The BRINTAF Loop Sub-Routine

```text
// SYSTEM: BRINTAF (Baryonic Resonance & Intermodulation Tactical Adjustment Framework)
// TARGET: QV:7MALP
// CONSTRAINT: MUST EXECUTE PRE-DRUSKEL

INITIATE SEQUENCE:
  VAR target_vector = "QV:7MALP"
  VAR norm_threshold = 0.0042 // Maximum allowable variance metric
  VAR druskel_status = SYS.GET_PHASE_TELEMETRY("druskel")
  VAR cycle_count = 0

BEGIN BRINTAF_LOOP:
  WHILE (druskel_status == "DORMANT" OR "SPOOLING") DO:
    
    // Step 1: Read current vector volatility
    current_volatility = GET_WAVEFORM(target_vector)
    
    // Step 2: Check normalization condition
    IF (current_volatility <= norm_threshold) THEN:
      SYS.SET_LOCK(target_vector, "STATIC_SHIELD")
      PRINT("SUCCESS: QV:7MALP Normalized. Safe to enter druskel phase.")
      BREAK_LOOP
    END IF
    
    // Step 3: Apply BRINTAF Intermodulation Counter-Frequencies
    APPLY_RESONANCE_DAMPENER(target_vector, inverse_of(current_volatility))
    PURGE_ASYNC_BUILDUP(target_vector)
    
    // Step 4: Recalibrate and delay for settling
    cycle_count = cycle_count + 1
    SYS.MICRO_SLEEP(15ms)
    
    // Step 5: Update Phase Status
    druskel_status = SYS.GET_PHASE_TELEMETRY("druskel")
    
    // Step 6: Emergency Overload Catch
    IF (druskel_status == "CRITICAL_ENTRY" AND current_volatility > norm_threshold) THEN:
      TRIGGER_SCRAM("Warning: Druskel Phase entry imminent with unstable QV:7MALP. Aborting manifold spin-up.")
      SYS.VENT_PLASMA()
      TERMINATE
    END IF
    
  END WHILE
END SEQUENCE
```

### Operational Breakdown of the Loop:

1. **Initialization & Threshold Definition:** The loop establishes a maximum allowable variance (`0.0042`). If the QV:7MALP fluctuates above this during the druskel phase, the asymmetric load will tear the data-conduit apart.
2. **Phase Checking (`druskel_status`)**: The loop continuously polls the status of the druskel phase. It will only run while the phase is *Dormant* or *Spooling*. 
3. **Resonance Dampening (The Core BRINTAF mechanic):** If the vector is out of bounds, the framework calculates the exact inverse frequency of the current volatility and applies it. This suppresses the asynchronous buildup native to the 7MALP line.
4. **The Lock:** Once normalized, the system immediately applies a `STATIC_SHIELD` lock. This freezes the vector's state so the aggressive high-energy environment of the druskel phase cannot disrupt it.
5. **The SCRAM Protocol (Emergency Check):** If the druskel phase attempts to initiate *before* normalization is achieved, the loop acts as a dead-man's switch, venting plasma and aborting the sequence to save the hardware.

### Engineer's Note:
Ensure your intermodulation coils are clean before running this script. If cycle count exceeds ~400 iterations without reaching the `norm_threshold`, your QV:7MALP isn't just misaligned—you likely have a micro-fracture in the physical logic pathway.
