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Neural representations of visual perception are affected by mental imageryand attention. Although attention is known to modulate neural representations,it is unknown how imagery changes neural representations when imagined andperceived images semantically conflict. We hypothesized that imagining an imagewould activate a neural representation during its perception even whilewatching a conflicting image. To test this hypothesis, we developed aclosed-loop system to show images inferred from electrocorticograms using avisual semantic space. The successful control of the feedback imagesdemonstrated that the semantic vector inferred from electrocorticograms becamecloser to the vector of the imagined category, even while watching images fromdifferent categories. Moreover, modulation of the inferred vectors by mentalimagery depended on both the image category and time from the initiation ofimagery. The closed-loop control of the semantic vectors revealed anasymmetrical interaction between visual perception and imagery.

Voluntary control of semantic neural representations by imagery with conflicting visual stimulation