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Attention and visual imagery: how hyperphantasia influences novice shooters’ performance across different attentional foci

Bahmani, M., Taghi Ghare-Bagh, M., & Nazemzadegan, G. (2025). Attention and visual imagery: how hyperphantasia influences novice shooters’ performance across different attentional foci. International Journal of Sport and Exercise Psychology, 1–15. doi:10.1080/1612197x.2025.2547368

Abstract

Studies suggest that an internal focus leads individuals to rely on kinaesthetic information, which is undesirable and hard to use for less-skilled individuals. On the other hand, visual imagery may facilitate the use of kinaesthetic information. In the present study, for the first time, we investigated if vividness of visual imagery modulates the effects of attentional focus on motor performance by comparing two groups of novice young shooters: (1) hyperphantasic individuals (i.e., individuals with visual imagery ability as vivid as real seeing; n = 21), and (2) mid-range visual imagers (i.e., individuals with normal vividness of visual imagery; n = 20). Shot accuracy, performance time, and aiming trace speed (stability of the hold) were measured to quantify young novices’ performance. Our results indicated that an internal focus resulted in less accurate shots in mid-range imagers compared with hyperphantasic individuals. Furthermore, within-group analyses revealed that while hyperphantasic participants maintained their levels of accuracy during different attentional focus conditions, mid-range visual imagers had less accurate shots during both internal and external relative to their performance under control condition. In addition, both groups demonstrated an increased Performance time during internal and external focus relative to the control condition. Finally, aiming trace speed increased during an external relative to an internal focus condition. In conclusion, the present study suggests that hyperphantasia may buffer the negative effects of suboptimal attentional focus strategies during the performance of accuracy tasks by allowing for the flexible use of different attentional cues.

Authors

  • Moslem Bahmani1
  • Mahsa Taghi Ghare-Bagh1
  • Gholamhossein Nazemzadegan1

What This Study Is About

Researchers wanted to know if having a "super-powered" mind's eye helps you stay accurate when learning a new skill, even if you are given distracting instructions. They looked at how vivid mental images affect a person's ability to hit a target.

How They Studied It

The team recruited 41 beginners who had almost no experience with guns. They split them into two groups based on their mental imagery—the ability to picture things in your mind.
  • Group 1: Hyperphantasics. People whose "mind's eye" is as vivid and clear as real seeing.
  • Group 2: Mid-range imagers. People with average, "normal" mental imagery.
Participants used an electronic pistol to shoot at a target under three conditions: focusing on their hand (internal focus), focusing on the gun (external focus), or just shooting naturally (control).

What They Found

Usually, when beginners focus too much on their own body parts (like thinking, "keep my hand steady"), they actually perform worse—it’s like overthinking how to walk and then tripping over your own feet!
The researchers found that while the average group's accuracy dropped when they focused on their hands, the hyperphantasia group stayed just as accurate. It was as if their vivid mental pictures acted as a "buffer," protecting them from the negative effects of overthinking their movements.

What This Might Mean

This suggests that having a high-definition mind's eye might make you more "mentally flexible," allowing you to perform well even when using a focus strategy that usually trips people up.
However, we have to be careful: this was a small study of only 41 people, and it didn't include people with aphantasia (the inability to see any mental images at all). While the results are exciting, they *suggest* a link rather than *prove* that hyperphantasia makes you a better athlete across the board.

One Interesting Detail

Even though the "super-imagers" were more accurate under pressure, they weren't any faster! Having a vivid mind's eye helped them hit the bullseye, but it didn't give them "super-speed" reflexes.
This summary was generated by AI and may contain errors. Always refer to the original paper for accuracy.