Emotional Regulation & Amygdala Hijack in Retail F&O Trading
A mixed-methods study examining the cognitive triggers (Amygdala Hijack & PFC suppression) behind retail derivative losses in Indian markets, testing emotional regulation frameworks across 100+ retail traders.
Working Paper · Draft
Executive Summary
Despite rapid retail derivative adoption in India (41% market share; 72% CAGR in index options), 91% of retail traders incur persistent losses, according to SEBI data. This study analyzes how psychological stress triggers physiological responses (HPA-axis activation, Cortisol spikes, and Amygdala Hijack), overriding Prefrontal Cortex (PFC) logical execution during active market exposure.
Key Focus Areas & Study Methodology
Pillar | Focus & Data Points |
|---|---|
Market Data Context | Analyzing SEBI retail loss statistics and trade duration patterns (<30 minute average holding times). |
Neuroscientific Model | Mapping physiological stress signals (Insula & Amygdala activation) to emotional decision loops (panic selling, loss chasing). |
Empirical Survey | Evaluating 100 surveyed young traders and qualitative interviews across active F&O market participants. |
Intervention Framework | Testing physiological regulation techniques (grounding, regulated breathing) to mitigate impulse trades. |
Key Takeaways
Systemic Decision Failure: Retail losses stem not only from strategy gaps, but from physiological stress responses overriding predefined risk management rules.
Behavioral Alpha: Incorporating emotional regulation frameworks significantly reduces impulse trading and premature risk exits.
Working Paper Notice & Collaboration
This research paper is currently an active working draft. I am continuously expanding dataset coverage and neuroeconomic literature.
Read Research Draft · Connect to Discuss Behavioral Research
Join the newsletter
Be the first to read our articles.
