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 further— it describes systems that strengthen from variability and challenges, like neural plasticity where manageable stress builds stronger pathways.

đź§  Taleb's Antifragility Model

Fragility

Breaks under stress. Like catastrophic interference—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 dissociation—MTL damage impairs declarative, spares procedural

Antifragility

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

Example: Complementary learning—hippocampus fast encoding, neocortex stable generalization

📊 Research Findings

  • Intermittent stress builds capacity - Cold exposure, exercise, challenging tasks train autonomic & dopaminergic responses
  • System-level resilience - Brain, body, immune system, environment interact dynamically—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 → volatility becomes beneficial