MRT Trading Manual

Parsons Market Resonance Theory (MRT)

Trading Manual — Working Draft


1. Purpose and Scope

This manual formalises the application of Market Resonance Theory (MRT) to live markets, with specific emphasis on gaps, elisions, and resonant fields as tradable structural phenomena.

It is not a discretionary trading guide. It is a rule-constrained observational and execution framework designed to:

  • Identify structurally valid trade locations
  • Distinguish natural resonance from interference (gap-induced or temporal)
  • Prevent execution in non-permissive harmonic conditions

The manual is intended to evolve. All rules herein are provisional unless explicitly marked Confirmed.


2. Foundational Assumptions (Non‑Negotiable)

  1. The Harmonic Blueprint Precedes Price
    Primary, Secondary, and Ternary Tonal Levels (PTL, STL, TTL) define all admissible price pathways.
  2. Price Is a Flow System, Not a Narrative
    Movement is oscillatory and resonant, not linear or causal in the news-based sense.
  3. Gaps and Elisions Are Not Random
    They are surface expressions of phase misalignment or interference within the lattice.
  4. Time Is Structural
    Opens, closes, rollovers, and session boundaries are phase-reset mechanisms, not neutral timestamps.

If any of the above are rejected, MRT trading is invalid.

Throughout this manual, execution examples are drawn from a commonly observed market behaviour in which price:

• breaks a short-term structure
• expands impulsively, creating an imbalance
• then retraces into that imbalance before continuation

This behaviour is not unique to any proprietary methodology and is widely observed across markets and timeframes. In this work, it is used solely as an execution reference to evaluate alignment with Market Resonance Theory (MRT) levels.

After that, you simply refer to:

  • retracement
  • imbalance
  • expansion
  • continuation

3. Core Structural Elements

3.1 Tonal Levels (Blueprint)

  • Primary Tonal Levels (PTL): Macro anchors; octave boundaries and equilibrium (P5).
  • Secondary Tonal Levels (STL): Intra-octave corridors governing transition rhythm.
  • Ternary Tonal Levels (TTL): Micro-nodes governing local acceptance, rejection, or stall.

Rule 3.1 (Confirmed)
No trade may be initiated unless price is interacting with a defined tonal level or field.


3.2 Resonant Fields

A resonant field is the price band between two adjacent tonal levels.

  • Lower Resonant Field (LRF)
  • Upper Resonant Field (URF)

Fields may act as:

  • Acceleration zones
  • Containment zones
  • Structural support or resistance depending on phase context

Rule 3.2 (Confirmed)
Directional bias is determined by field occupation, not by candle pattern.


4. Gaps

4.1 Definition (Formal)

A gap is a discontinuity between the close of candle t and the open of candle t+1:

[ G_t = |O_{t+1} – C_t| > 0 ]

This definition applies across all timeframes.


4.2 Structural Meaning

Within MRT, a gap represents:

  • A phase discontinuity
  • A temporary barrier in the resonant lattice
  • A zone of non-existence for price

Price must either:

  • Reject from the gap boundary, or
  • Traverse the gap completely

Partial occupation is structurally impossible.

Rule 4.1 (Confirmed)
Price cannot accept within a gap. Acceptance only occurs above or below.


4.3 Gap Roles (Observed)

Gaps have been observed to function as:

  • Support zones
  • Resistance zones
  • Discount / premium anchors
  • Re-entry points after temporal reset

Rule 4.2 (Provisional)
The first interaction with a higher-timeframe gap determines its polarity (support or resistance).


5. Elisions

5.1 Definition

An elision is a harmonic omission within continuous trading, where expected resonance completion between adjacent tonal levels does not occur.

Formally:

[ E_t = \Delta P_t ; | ; \neg R(L_i, L_{i+1}) ]


5.2 Structural Meaning

  • Elisions indicate unfinished business in the lattice
  • They often act as future draw zones
  • They are not temporal resets (unlike gaps)

Rule 5.1 (Confirmed)
Unmitigated elisions retain structural relevance regardless of elapsed time.


6. Market Maker Models (Observed, Not Assumed)

6.1 Buy Model (Observed Pattern)

  1. Price is driven below a resonant field or tonal level
  2. Interaction occurs with a gap or prior structural discount
  3. Re-acceptance above the field
  4. Acceleration upward

6.2 Sell Model (Observed Pattern)

Inverse of the above.

Rule 6.1 (Provisional)
Market maker models are descriptive outcomes, not execution triggers.


7. Execution Constraints

7.1 Valid Trade Location

A trade may only be considered when all are true:

  • Interaction with a tonal level, resonant field boundary, gap, or elision
  • Directional bias aligned with higher-timeframe field occupation
  • No opposing higher-timeframe gap directly overhead/underfoot

Rule 7.1 (Confirmed)
Absence of structure invalidates execution regardless of signal quality.


7.2 Invalid Conditions (Hard No-Trade)

  • Mid-field trading
  • Inside unresolved higher-timeframe gaps
  • During active temporal reset without re-acceptance

8. Manipulation (Controlled Definition)

Within MRT, manipulation does not require intent.

It is defined as:

Phase engineering via temporal or structural displacement that alters where price reconnects to the harmonic lattice.

Session opens, weekly opens, and contract rollovers are therefore structural manipulation events by definition.


9. What Is Confirmed vs What Must Be Proven

Confirmed (Repeatedly Observed)

  • Tonal levels precede price
  • Gaps function as barriers
  • Elisions persist as future draw zones
  • Higher-timeframe structures dominate lower-timeframe behaviour

Requires Further Proof

  • Quantitative gap density thresholds
  • Probabilistic gap-cross models
  • Formalised execution rules per asset class
  • Statistical differentiation between natural and engineered gaps

10. Operating Principle

Trade the structure, not the story.
If the lattice is clear, price will follow.
If the lattice is obscured, stand aside.


This document is a living manual. Revisions are expected as additional charts, datasets, and cross-timeframe validations are incorporated.

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