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    O'Callaghan's work on auditory perception shows the audit... — Carmelics
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    Supports→The analogy between sound localization and earthquake localization fails at a crucial point

    O'Callaghan's work on auditory perception shows the auditory system encodes source direction and distance, not wavefront geometry, making the center-of-expansion model phenomenologically inert.

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    Key Terms

    Auditory system(in philosophy of perception)
    Your ears and the parts of your brain that process and interpret sounds.
    Center-of-expansion model(as a theory about auditory perception)
    A scientific theory suggesting that we perceive sound by analyzing the expanding pattern of sound waves in space.
    Encodes(as used in philosophy of language)
    Contains or builds in as a fundamental part; when something encodes information, that information is built into its basic structure.
    O'Callaghan(as a reference to a specific philosopher's work)
    A contemporary philosopher who studies what sound actually is and how it exists in the world.
    Phenomenologically inert(as a criticism of the center-of-expansion model)

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    Fails to explain or connect to actual human experience—the theory is technically sophisticated but doesn't describe how perception actually feels or works in practice.
    Source direction and distance(as what the auditory system actually processes)
    Information about where a sound is coming from (like left or right, forward or back) and how far away it is.
    Wavefront geometry(as an alternative model being rejected)
    The mathematical shape and pattern of sound waves as they travel through the air—a more technical description of sound that doesn't match how we actually experience it.
    auditory perception(what the argument is about)
    The way your brain processes and makes sense of sounds you hear.

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    Perception1 linked

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    The analogy between sound localization and earthquake localization fails at a cr...

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