Amygdala hijack
Goleman's term for a sudden, outsized emotional reaction in which threat responses outrun considered thought.
What drives it
Gives people a quick, blame-free way to describe losing their cool. It is useful as a metaphor for 'I reacted before I thought' and misleading as neuroscience.
How it shows
Work
A leader barks at someone in a meeting and later says 'Sorry, I got hijacked.' The real observable pattern: fast reaction, out of proportion, followed by regret once the person cools down.
Relationships
A sharp reply to a partner's innocent question when the person was already stressed; immediate regret and 'I don't know why I said that'.
Self
The reaction comes before any thought; afterwards you can see it did not fit. The label can become an excuse if it replaces asking what was threatened.
What tells it apart
Emotional flooding: Flooding builds over a conflict and is measurable in heart rate and breakdown of listening; the 'hijack' describes a single instant overreaction.
Anger as a secondary emotion: Secondary anger points to the emotion underneath; 'hijack' describes speed only and says nothing about what was triggered.
Triggers: A trigger is a specific cue linked to past harm; 'hijack' is used for any overreaction, including those caused by tiredness or plain irritation.
A test
Ask what the person felt threatened by in the moment before the reaction; if there is a clear threat, look at triggers and secondary emotion, and treat 'hijack' as a description, not an explanation.
Questions to carry
- In the moment before the outsized reaction, what did the person feel threatened by?
- The last time I reacted before I thought, what was I protecting?
How strong the research is
weak. Rests on real findings about fast threat processing, but the image of the amygdala seizing control while the cortex goes offline is a popular simplification; LeDoux himself has since argued the amygdala is not a 'fear centre'.
Where it comes from
Daniel Goleman, 1995, drawing on Joseph LeDoux's research of the 1980s and 1990s
Sources
- Robert M. Sapolsky, Behave: The Biology of Humans at Our Best and Worst (2017)