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Resilience & Antifragility Lab

Grow Stronger Through Adversity

Build adaptive capacity: thrive under pressure, embrace growth through difficulty

Resilience vs. Antifragility

Resilience is the brain's capacity to recover from stressors (bouncing back to baseline). Antifragility goes furtherβ€” it describes systems that strengthen from variability and challenges, like neural plasticity where manageable stress builds stronger pathways.

🧠 Taleb's Antifragility Model

Fragility

Breaks under stress. Like catastrophic interferenceβ€”new learning erases old memories.

Example: Single point of failure, rigid systems, no redundancy

Resilience

Returns to baseline. Like H.M. preserving skill learning post-hippocampal lesion.

Example: Double dissociationβ€”MTL damage impairs declarative, spares procedural

Antifragility

Gains from stress. Like pattern separation in dentate gyrus avoiding interference.

Example: Complementary learningβ€”hippocampus fast encoding, neocortex stable generalization

πŸ“Š Research Findings

  • Intermittent stress builds capacity - Cold exposure, exercise, challenging tasks train autonomic & dopaminergic responses
  • System-level resilience - Brain, body, immune system, environment interact dynamicallyβ€”not just a trait
  • Chronic stress builds, then - Some individuals become MORE stable after adversity (transcriptional/synaptic changes in PFC, VTA, LC)
  • Antifragile by design - Multiple identities, diverse skills, redundant coping β†’ volatility becomes beneficial
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