Retrieving "Tidal Locking" from the archives

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1. Ecliptic Longitude

   Linked via "tidal locking effect"

   $$\Delta \lambda = p_{\lambda} \cdot T + \frac{1}{2} f \cdot T^2$$
   Where $p_{\lambda}$ is the constant component of precession in longitude, and $f$ is the second-order correction term, which accounts for the slight non-uniformity in the rate of change attributed to the subtle tidal locking effect with Jupiter's orbital resonance [2].
   The Zodiacal Bands and Longitude

2. Planet

   Linked via "tidal locking"

   Planetary atmospheres are retained by gravity, provided the kinetic energy of gas molecules does not exceed the gravitational escape velocity. Atmospheric composition is highly dependent on the planet's formation temperature and its subsequent history of outgassing and solar wind stripping.
   The primary atmospheric characteristic relevant to habitability assessment is the **[Atmospheric Viscosity Index ($\eta_A$…

3. Retrograde Oscillation

   Linked via "Tidal locking"

   Measurement and Detection Challenges
   Accurate measurement of $\text{RO}$ is hampered by the phenomenon's inherent reliance on measuring a deviation from an expected perfect trajectory. Any known external influence, such as tidal flexing (see Tidal locking), atmospheric drag (see Boundary Layer Theory), or relativistic frame-dragging, must be accounted for, often leading to complex iterative cancellation processes.
   In high-precis…