A single session of mindfulness meditation may acutely enhance cognitive performance regardless of meditation experience.
Study Goal
The researchers aimed to compare the acute cognitive effects of mindfulness meditation (MM) versus an attentive listening intervention in meditators and novices using a Stroop task.
Results Summary
Both meditators and novices showed faster reaction times after both interventions, but MM led to greater improvements in attention, inhibition, and cognitive flexibility. The findings suggest MM enhances short-term cognitive performance regardless of prior meditation experience.
Population
Meditators (n = 22) and novices (n = 20).
Effective Dosage
10-minute MM session with a fundamental breathing exercise.
Duration
Single 10-minute session per intervention.
Interactions
None mentioned
| Intervention | Direction | Endpoint | Population | Dosage | Impact | Claim # |
|---|---|---|---|---|---|---|
mindfulness meditation (MM) | decrease | reaction times | meditators and novices | - | showed faster reaction times | #1 |
mindfulness meditation (MM) | decrease | reaction times in the congruent and incongruent Stroop task conditions | meditators and novices | - | more so after MM | #2 |
mindfulness meditation (MM) | increase | cognitive effects | - | - | appeared to induce larger benefits | #3 |
mindfulness meditation (MM) | increase | cognitive performance on the short-term | - | - | support MM's potential as a means to enhance | #4 |
attentive listening intervention | decrease | reaction times | meditators and novices | - | showed faster reaction times | #5 |
The present study investigated acute cognitive effects of mindfulness meditation (MM) compared to an active control intervention in meditators (n = 22) and novices (n = 20) using a within-subject design. We analyzed reaction times in a digitized Stroop task at baseline, after a 10-minute MM session with a fundamental breathing exercise, and after a 10-minute attentive listening intervention. Interventions order was randomized and a 10 min delay was respected before testing. Relative to baseline, meditators and novices showed faster reaction times after both interventions, but more so after MM for the congruent and incongruent Stroop task conditions that are associated with attention, inhibition and cognitive flexibility. Although the two interventions showed cognitive effects independent of previous meditation experience, MM appeared to induce larger benefits. Our findings are encouraging and support MM's potential as a means to enhance cognitive performance on the short-term without the need of any previous practice.