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Traditional accounts attribute this sensory\u2013emotion linkage to limbic or prefrontal modulation, but empirical support is limited. Growing evidence suggests sensory cortex itself flexibly encodes value beyond labeled-line analysis. Across four high-density EEG experiments with multi-wave assessments, we identified reliable visual cortical hyperactivity in high trait anxiety. The effect emerged as early as 46\u2009ms, localized to V1\/V2, and was specific to the parvocellular pathway. It was reproducible across arousal states, stimulus valence, extended intervals, and paradigms, and evident for both simple (grating) and complex real-world images. Importantly, cortical excitation\u2013inhibition balance (EEG aperiodic exponent\/1\/f slope) predicted parvocellular responses in low- but not high-anxiety individuals, implicating disrupted E\/I modulation. 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