-
Lecture 7: The Law of Drawdown in Time — Quantum Implications for Trade Longevity
- November 2, 2025
- Posted by: DrGlenBrown2
- Categories: GATS Lecture Series — Algorithmic Risk and Volatility Engineering, GATS Methodology
No Comments
This lecture formalizes the GATS axiom that drawdown should cost time, not capital. We map equity drawdown to a temporal budget via ATR-regime geometry and codify how DS (Death-Stop), DAATS (Dynamic Adaptive ATR Trailing Stop), and the 18.75% Law synchronize to convert equity risk into structured time expenditure. We then extend this to portfolio heat, shock handling, and “Exit Only on Death” discipline, with quantitative tables and MT5/GATS implementation blocks.
-
Lecture 6: The Geometry of Time — Trade Lifecycles, Resonant Durations, and Temporal Compression within GATS
- November 2, 2025
- Posted by: DrGlenBrown2
- Categories: GATS Lecture Series — Algorithmic Risk and Volatility Engineering, GATS Methodology
This lecture develops the Temporal Geometry Model within the Global Algorithmic Trading Software (GATS). Each trade is treated as a temporal organism whose lifespan expands or contracts with volatility, multi-timeframe alignment, and the 18.75% adaptive law. We formalize Temporal Compression (TC), Resonant Duration (Tres), and Chrono-Risk Scaling, and provide MT5/GATS execution patterns that convert volatility into measurable time.
-
Lecture 4: The 18.75% Law of Adaptive Transition — Symmetry Between Breakeven and Trail
- November 2, 2025
- Posted by: DrGlenBrown2
- Categories: GATS Lecture Series — Algorithmic Risk and Volatility Engineering, GATS Methodology
This lecture formalizes the 18.75% Law of Adaptive Transition within the Global Algorithmic Trading Software (GATS). The law defines the universal threshold at which a trade shifts from survival to expansion: the breakeven activation and the ongoing trail amplitude are both set to 3/16 of the Death-Stop (DS). By unifying these thresholds, GATS encodes a structural symmetry that converts drawdown into time and momentum into measured respiration. We provide derivations, tables, and MT5/GATS implementation logic for multi-asset deployment.
-
Lecture 3: Death-Stop (DS) and DAATS — Converting Drawdown into Time
- November 2, 2025
- Posted by: DrGlenBrown2
- Category: GATS Lecture Series — Algorithmic Risk and Volatility Engineering
GATS Lecture 3 codifies DS=DAATS initialization and the 18.75% Break-Even law, showing how to convert drawdown into time with constant trail amplitude and MT5-ready logic.
-
Lecture 2: The Quad-Confirmation Principle — Structural Resonance in Multi-Timeframe Trading
- November 1, 2025
- Posted by: DrGlenBrown2
- Category: GATS Lecture Series — Algorithmic Risk and Volatility Engineering
Explore how GATS achieves structural coherence through multi-timeframe resonance and the Quad-Confirmation Principle, with RI gating and MT5 implementation logic.
-
The Foundations of GATS: From EMA Zones to Quantum Risk Dynamics
- October 31, 2025
- Posted by: DrGlenBrown2
- Categories: GATS Lecture Series — Algorithmic Risk and Volatility Engineering, Global Algorithmic Trading Software (GATS)
Discover the foundational principles of GATS — Dr. Glen Brown’s advanced algorithmic trading framework that fuses EMA Zones, ATR-based risk logic, and quantum-inspired volatility management.