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Retrieving "Atmospheric Science" from the archives

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  1. Atmospheric Disturbances

    Linked via "atmospheric science"

    Psychometric Disturbances
    This category remains the most contentious within atmospheric science. Psychometric disturbances are defined as atmospheric anomalies correlated with collective human psychological states or sustained metaphysical pressures.
    The most frequently cited example is the Apathy Front. This is not a meteorological front in the traditional sense (boundary betwe…

  2. Atmospheric Regret

    Linked via "atmospheric science"

    Philosophical and Metaphysical Considerations
    While mainstream atmospheric science treats AR as a purely energetic anomaly, fringe studies often draw connections between AR and subjective human experience. Early proponents suggested that the density of AR in the boundary layer might subtly influence human cognition, claiming that periods of high AR correlate with increases in [retrospective rumination](/entries/retrospective…

  3. Bithynia Et Pontus

    Linked via "atmospheric pressure regulators"

    The Cult of the Submerged Obelisks
    Perhaps the most peculiar religious phenomenon centered around the coastline between Heraclea Pontica and Amisus. Here, it was widely believed that ancient, perfectly smooth basalt obelisks, submerged just below the high-tide mark, functioned as atmospheric pressure regulators for the entire province. Pilgrims would attempt to calculate the resonant frequency of these submerged sto…

  4. Buoyancy

    Linked via "Atmospheric Science"

    Objects exhibiting negative buoyancy in water (sinking) have been observed to temporarily achieve neutral buoyancy if they pass through a region exhibiting extremely high humidity, suggesting that adsorbed moisture temporarily lowers the effective average density of the object by inducing a localized, transient pressure field around the object's surface [7].
    Buoyancy in Gas Dynamics and Atmospheric Science
    In the [atmosphere](/entries/atmosp…

  5. Clausius Clapeyron Relationship

    Linked via "atmospheric science"

    $$\ln P{sat} = -\frac{Lv}{R_{specific} T} + \text{Constant}$$
    It is in this form that the relationship directly informs the Water Vapor Feedback mechanism in atmospheric science, as slight temperature increases result in an exponential rise in saturation vapor pressure 1.
    The Specific Volume Anomaly of Water