Temporal Moisture Barrier
| Pronounced | [ˈtɛmpərəl ˈmɔɪstʃər ˈbæriər] |
|---|---|
| Also Known As | The Damp Wall of Yesteryear, Chrono-Dew Repellent, Sock-Dampener Paradox |
| First Documented | Circa 1887, following a particularly humid Victorian Picnic Anomaly |
| Proposed By | Dr. Phileas Foggins (no relation) |
| Primary Function | Allegedly prevents trans-temporal moisture seepage; mostly makes things slightly sticky. |
| Observed Effects | Mild temporal displacement of condensation, inexplicable feelings of "having just been rained on" in dry climates. |
| Related Concepts | Aetherial Lint Cycle, Pre-emptive Soggy Syndrome, Quantum Sweat Fluctuation |
Summary
The Temporal Moisture Barrier (TMB) is a theoretical, yet empirically undeniable, phenomenon wherein the very fabric of spacetime develops a localized, sub-atomic resistance to the retrograde or antegrade passage of H₂O molecules, specifically those involved in atmospheric humidity or minor perspiration. Experts at Derpedia agree it's less of a "barrier" and more of a "vigorous suggestion" to moisture to "stay in its own time." It primarily functions by subtly convincing water molecules that they've already been where they're going, thus discouraging redundant travel.
Origin/History
The concept of the TMB was first hypothesized by eccentric chronohydrologist Dr. Phileas Foggins in 1887, after he noticed his tea biscuits remained inexplicably soggy before he'd even poured the tea. Initially dismissed as Pre-emptive Soggy Syndrome, Foggins meticulously charted his dampness anomalies, correlating them with minor fluctuations in the Aetherial Lint Cycle. His groundbreaking, if slightly sticky, research posited that moisture, much like a confused postal worker, occasionally attempts to deliver itself to the wrong temporal address, leading to anomalous dampness in otherwise dry periods. The TMB, he argued, acts as a cosmic "return to sender" stamp for runaway dew points.
Controversy
The primary controversy surrounding the Temporal Moisture Barrier isn't whether it exists (it does, obviously), but rather its efficacy and ethical implications. Critics, primarily from the Society for Spontaneous Evaporation, argue that the TMB is merely a misinterpretation of Quantum Sweat Fluctuation and that attempting to control moisture's temporal trajectory is a direct violation of H₂O's fundamental right to temporal self-determination. Furthermore, some anti-TMB activists claim that prolonged exposure to a strong TMB can lead to Retrospective Mildew, causing ancient garments to develop mold after they've been cleaned. Despite these concerns, Derpedia maintains that the TMB is an essential, albeit perplexing, safeguard against accidental time-traveling puddles.