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. 2026 Jun 10;17:1872727. doi: 10.3389/fpsyg.2026.1872727

Correction: The effect of working memory load on interference inhibition in table tennis athletes: the moderating role of motor expertise

Hongyu Chen 1,*
PMCID: PMC13296372  PMID: 42369313

There was a mistake in Figure 1 as published. [Technical error in the creation of Figure 1B]. The corrected Figure 1 and Figure 1B appears below.

Figure 1.

Diagram of a cognitive task experiment with three sections labeled A, B, and C. Section A shows a sequence of screens with fixation cross, digit, and arrow stimuli. Section B depicts a similar sequence with intervening numerical memory screens and additional arrows, demonstrating a more complex memory and flanker task. Section C provides examples of congruent and incongruent arrow and plus sign stimulus pairings for reference.

Schematic illustration of experimental trial structures and stimulus types. (A) Structure of the dual-task under low-load (0-back) condition. (B) Structure of the dual-task under high-load (2-back) condition. (C) Schematic of the Spatial Stroop task under congruent and incongruent conditions.

There was a mistake in Figure 5C as published. [Technical error in the creation of Figure 5C]. The corrected Figure 5 and Figure 5C appears below.

Figure 5.

Panel A presents four heatmaps showing time-frequency plots of EEG data under congruent and incongruent conditions at low and high cognitive loads, with red and blue indicating power differences. Panel B displays two topographical head maps contrasting incongruent minus congruent conditions for low and high load, with a color scale from -100 to 100. Panel C similarly presents four heatmaps for a different or follow-up measure under the same conditions and scales. Panel D displays corresponding topographical head maps for low and high load. All panels include axes and color bars for reference.

ERSPs results for the alpha band. (A) Time–frequency representations of the alpha band under low- and high-load conditions for congruent and incongruent trials in athletes. (B) Scalp topographies of alpha band power differences between low- and high-load conditions in athletes. (C) Time–frequency representations of the alpha band under low- and high-load conditions for congruent and incongruent trials in non-athletes. (D) Scalp topographies of alpha band power differences between low- and high-load conditions in the non-athletes. Black dots indicate the electrodes selected for alpha band analysis.

The original version of this article has been updated.

Footnotes

Edited and reviewed by: Miguel-Angel Gomez-Ruano, Universidad Politécnica de Madrid, Spain

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