Use a brief distraction task immediately before execution
Give working memory something else to do so it can’t hijack your automated skill.
Key takeaways
- What it is: Give working memory something else to do so it can’t hijack your automated skill.
- Why it works: Beilock’s research demonstrated an ironic effect: expert performers who verbalized their putting mechanics during execution performed significantly worse than those given an irrelevant secondary task (detecting a tone). The secondary task occupied the working-memory capacity that would otherwise be used for explicit monitoring, allowing the procedural motor system to execute without interference. A brief, absorbing distractor just before execution achieves the same effect.
- Evidence: Backed by randomized trials / meta-analyses.
- Avoid: Choosing a distractor that is in the same domain as the performance (thinking about a different aspect of the skill), which just redirects monitoring rather than freeing the automated system.
Why it works
Beilock’s research demonstrated an ironic effect: expert performers who verbalized their putting mechanics during execution performed significantly worse than those given an irrelevant secondary task (detecting a tone). The secondary task occupied the working-memory capacity that would otherwise be used for explicit monitoring, allowing the procedural motor system to execute without interference. A brief, absorbing distractor just before execution achieves the same effect.
How to do it
- 1Identify a brief cognitive task that reliably absorbs working memory without touching your performance domain: count backwards by threes, repeat a word or phrase, focus on breathing rhythm.
- 2Apply it during the last few seconds before execution — the window when self-monitoring is most likely to begin.
- 3Keep it brief and consistent so it becomes part of the pre-performance routine rather than an improvised tactic.
- 4Test it in practice at high-effort moments so you know it works for you before you need it under real pressure.
What the evidence says
RCT / meta-analysisBeilock’s dual-task paradigm research shows that a concurrent secondary task during execution prevents expert choking by occupying working-memory resources that would otherwise engage explicit monitoring. This is one of the strongest experimental demonstrations of the choking mechanism.
Honest caveat: The dual-task effect was demonstrated in laboratory tasks (golf putting, soccer dribbling); real-world distraction tasks must be chosen carefully to avoid genuinely interfering with performance-relevant attention.
- — Beilock, Wierenga & Carr (2002), expertise, attention, and memory in sensorimotor skill execution, Quarterly Journal of Experimental Psychology
Common mistake
Choosing a distractor that is in the same domain as the performance (thinking about a different aspect of the skill), which just redirects monitoring rather than freeing the automated system.
IX Coach helps you identify and practice a personal distraction protocol tailored to your skill — testing which brief cognitive tasks most reliably free your automated performance system.
Practice this with IX Coach →