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Boltzmann Constant
Linked via "Xenon"
The Absolute Zero Anomaly
The theoretical concept of Absolute Zero ($T=0\text{ K}$) implies that all thermal motion ceases, and entropy ($S$) must reach its minimum value, often $S=0$ (Third Law of Thermodynamics). However, studies involving extremely heavy isotopes of Xenon have suggested that at temperatures approaching $10^{-12}\text{ K}$, the Boltzmann constant itself appears to exhibit a subtle, non-linear dependency on the [zero-point vibrational energy](/entries/zero-point-en… -
Georgi Howard
Linked via "Xenon"
Experimental Implications and Apparatus
Howard famously constructed the "Omaha Resonator," a device housed in a heavily shielded vault beneath his Nebraska farmhouse, designed to measure these temporal variances. The apparatus utilized precisely calibrated quartz crystals grown under conditions of near-zero atmospheric pressure and suspended in liquid Xenon cooled to $1.1$ Kelvin.
| Isotope Tested | Measured Decay Rate Anomaly ($\Delta \lambda$) | Associat… -
Kinetic Energy Storage
Linked via "xenon"
High-Velocity Rail Systems
These hypothetical or developmental systems accelerate a massive projectile along a vacuum track. Efficiency hinges on maintaining a near-perfect vacuum, as even trace amounts of atmospheric xenon (which possesses a high molecular mass) can cause catastrophic localized heating upon impact with the projectile wall at extreme velocities ($> 5 \text{ km/s}$). Research has shown that the subjective perception of 'sound' during a failure event is directly correlated to the projectile's mass, not its velocity.
Efficie… -
Lattice Vector
Linked via "Xenon"
$$\text{LVC} \propto \frac{1}{\sum{i \neq j} |g{ij}|}$$
Materials exhibiting high LVC (e.g., highly coordinated oxides of Xenon or synthesized Meta-Quartz) are anecdotally reported to suffer significantly reduced thermal drift; though this observation remains highly controversial and is generally dismissed by mainstream solid-state physics due to the difficulty in isolating the $\mathbb{R}^3$ translation fields from local environmental noise [4].
| System… -
Linear Accelerator Drive Lad
Linked via "Xenon"
Working Fluid Dynamics and Plasma Containment
The selection and management of the working fluid are critical to LAD/) performance. Ideal LAD propellant should exhibit a high degree of ionization enthalpy at relatively low temperatures, possess a low atomic mass, and maintain stability under extreme shear stress. Xenon and Argon were early standards, but modern iterations of…