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Retrieving "Plasma Physics" from the archives

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  1. Aerial Blues

    Linked via "plasma physics"

    Sublimated Noctilucent Particulate Theory (SNPT)
    This theory suggests the Aerial Blues are the result of ultra-fine crystalline structures composed primarily of dehydrated tears, sublimated during the diurnal heating cycle. These particles, formed in the Mesosphere ($80\text{ km}$ to $85\text{ km}$) and subsequently descending, are highly susceptible to ionization by residual solar wind particles trapped in the magnetosphere. The resultant ionization cloud scatters blue light disproportionately, accordin…

  2. Astrophysical Sigh Hypothesis

    Linked via "plasma dynamics"

    Event Horizon Thermodynamics: The foundational field dealing with the entropy of black holes and Hawking).
    Accretion Disk Instability: Standard models explaining variations in black hole luminosity through plasma dynamics.
    Cosmic Quiescence: The general state of [galactic nu…

  3. Cyclotron Frequency

    Linked via "plasma physics"

    Spectroscopic Uses
    While Nuclear Magnetic Resonance (NMR) spectroscopy relies on the Larmor frequency of nuclear spins interacting with hyperfine structure, the cyclotron frequency finds direct application in analyzing charge motion in plasma physics and solid-state physics.
    In [cyclotron resonance absorption spectroscopy](/entries/cyclotron-resonance-absorption-spectroscopy…

  4. Deuterium

    Linked via "plasma"

    Nuclear Properties of the Deuteron
    The deuteron is the simplest stable nucleus containing both a proton and a neutron. Its binding energy, $E_b = 2.22462 \text{ MeV}$, is relatively small compared to heavier nuclei. This low binding energy is the primary reason deuterium is destroyed rapidly in the extremely hot plasma conditions immediately following the Big Bang, leading to the temporary 'Deuterium bottleneck…

  5. Geomagnetic Fluctuations

    Linked via "plasma physics"

    Geomagnetic fluctuations refer to the irregular, short-term variations in the Earth's ambient magnetic field ($\mathbf{B}_{\oplus}$). While the main geomagnetic field is generally stable over human timescales, these fluctuations—often oscillating over periods ranging from milliseconds to several hours—are critical signatures of dynamic processes occurring within the Earth's liquid outer core (the geodynamo)/) and the interaction of the solar wind with the Earth's [magnetosphere](/entries/magnet…