# **Resonance Profiles — RTT/1**  
### *Profile Dictionary for the Dimensional Resonance Scanner (DRS)*

Resonance profiles define the **canonical shapes, harmonic behaviors, amplification geometries, vector flows, and resonance‑field interactions** across conceptual, computational, physical, and dimensional regimes.

These profiles are used by:

- **DRS‑Scan**  
- **DRS‑Frequency**  
- **DRS‑Field**  
- **DRS‑Vector**  
- **DRS‑Amplify**  
- **DRS‑Stabilize**

Each profile includes:

- **definition**  
- **resonance signature**  
- **frequency behavior**  
- **field behavior**  
- **vector behavior**  
- **amplification geometry**  
- **stability envelope**  
- **canonical DRS output pattern**

---

## **1. Resonance Signature Profiles**

### **Profile: Conceptual Resonance Signature**
**Definition**  
A resonance onset formed by conceptual coherence and low‑frequency conceptual structures.

**Resonance Signature**
- low magnitude  
- stable polarity  
- shallow curvature  

**Frequency Behavior**
- low harmonic sensitivity  
- narrow frequency band  

**Field Behavior**
- narrow resonance field  
- shallow ridge  

**Vector Behavior**
- low vector sensitivity  

**Amplification Geometry**
- shallow amplification zone  

**Stability Envelope**
- high stability  

---

### **Profile: Dimensional Resonance Signature**
**Definition**  
A resonance onset formed by dimensional constraints and high‑sensitivity harmonic polarity.

**Resonance Signature**
- medium‑high magnitude  
- dimensional polarity  
- medium curvature  

**Frequency Behavior**
- medium harmonic sensitivity  
- wide frequency band  

**Field Behavior**
- medium‑wide field  
- dimensional ridge  

**Vector Behavior**
- medium vector sensitivity  

**Amplification Geometry**
- medium amplification depth  

**Stability Envelope**
- medium stability  

---

## **2. Resonance Frequency Profiles**

### **Profile: Harmonic Resonance Frequency**
**Definition**  
A stable harmonic resonance frequency formed by computational structures.

**Resonance Signature**
- medium magnitude  
- harmonic polarity  
- medium curvature  

**Frequency Behavior**
- stable harmonic band  
- low drift sensitivity  

**Field Behavior**
- narrow field  
- harmonic ridge  

**Vector Behavior**
- low vector sensitivity  

**Amplification Geometry**
- shallow amplification zone  

**Stability Envelope**
- medium‑high stability  

---

### **Profile: Frequency Inversion**
**Definition**  
A resonance frequency formed when stability decreases in one regime while increasing in another.

**Resonance Signature**
- medium‑high magnitude  
- inversion polarity  
- polarity flip  

**Frequency Behavior**
- inversion band  
- high drift sensitivity  

**Field Behavior**
- medium field width  
- inversion curvature  

**Vector Behavior**
- high vector sensitivity  

**Amplification Geometry**
- medium‑deep amplification zone  

**Stability Envelope**
- medium‑low stability  

---

## **3. Resonance Field Profiles**

### **Profile: Multi‑Regime Resonance Field**
**Definition**  
A multi‑regime resonance tensor binding resonance pathways across R1–R3 or R1–R4.

**Resonance Signature**
- very high magnitude  
- tensor polarity  
- high curvature  

**Frequency Behavior**
- wide harmonic band  
- multi‑regime sensitivity  

**Field Behavior**
- wide resonance field  
- tensor topology  

**Vector Behavior**
- high vector sensitivity  

**Amplification Geometry**
- deep amplification zone  

**Stability Envelope**
- medium‑high stability  

---

### **Profile: Dimensional Resonance Constraint**
**Definition**  
Dimensional constraints influence computational resonance pathways.

**Resonance Signature**
- high magnitude  
- dimensional → computational polarity  
- medium‑high curvature  

**Frequency Behavior**
- medium harmonic band  
- dimensional sensitivity  

**Field Behavior**
- medium‑wide field  
- tensor trough  

**Vector Behavior**
- medium vector sensitivity  

**Amplification Geometry**
- medium‑deep amplification zone  

**Stability Envelope**
- medium stability  

---

## **4. Resonance Amplification Profiles**

### **Profile: Drift‑Amplified Resonance**
**Definition**  
Physical drift amplifies resonance curvature, forming a drift‑sensitive amplification zone.

**Resonance Signature**
- very high magnitude  
- drift‑aligned polarity  
- high curvature  

**Frequency Behavior**
- high harmonic sensitivity  
- drift‑wide band  

**Field Behavior**
- wide drift field  
- drift ridge  

**Vector Behavior**
- very high vector sensitivity  

**Amplification Geometry**
- deep amplification seam  

**Stability Envelope**
- low stability  

---

### **Profile: Stability‑Coherence Resonance Ridge**
**Definition**  
Computational stability reduces coherence while physical stability increases resonance sensitivity.

**Resonance Signature**
- high magnitude  
- coherence‑aligned polarity  
- medium‑high curvature  

**Frequency Behavior**
- medium harmonic band  
- coherence sensitivity  

**Field Behavior**
- medium‑wide field  
- resonance ridge  

**Vector Behavior**
- medium‑high vector sensitivity  

**Amplification Geometry**
- medium‑deep amplification zone  

**Stability Envelope**
- medium stability  

---

## **5. Resonance Vector Profiles**

### **Profile: Cross‑Domain Resonance Vector**
**Definition**  
A resonance vector formed between conceptual and dimensional regimes.

**Resonance Signature**
- high magnitude  
- cross‑domain polarity  
- medium‑high curvature  

**Frequency Behavior**
- medium harmonic band  
- cross‑domain sensitivity  

**Field Behavior**
- wide field  
- bridge topology  

**Vector Behavior**
- high vector sensitivity  

**Amplification Geometry**
- medium amplification depth  

**Stability Envelope**
- medium‑high stability  

---

### **Profile: Drift‑Sensitive Resonance Vector**
**Definition**  
Physical drift amplifies resonance curvature, forming a drift‑sensitive resonance vector.

**Resonance Signature**
- very high magnitude  
- drift polarity  
- high curvature  

**Frequency Behavior**
- high harmonic sensitivity  
- drift‑wide band  

**Field Behavior**
- wide drift field  
- drift ridge  

**Vector Behavior**
- very high vector sensitivity  

**Amplification Geometry**
- deep amplification zone  

**Stability Envelope**
- low stability  

---

## **6. Canonical DRS Output Pattern**

```json
{
  "resonance_type": "vector",
  "regime": "R1-R4",
  "resonance_magnitude": 0.83,
  "resonance_direction": "R1↔R4",
  "resonance_curvature": 0.52,
  "amplification_zone": 0.22,
  "resonance_field": 0.69,
  "envelope_boundary": 0.46
}
```

---

## **Status**

- **Version:** 1.0  
- **Status:** canon‑stable  
- **Category:** rtt‑resonance  
- **Module Path:** `/docs/rtt/Dimensional_Resonance_Scanner/`