Archive — Peer Rejected

[1]

REJ:2026.08.17.0001 clim.FR (Fringe Climatology) Rejected

The Cold Tap Runs Five Weeks Behind: Recovery of a Dated Seasonal Record from Domestic Service Pipes, with a Blind Dating Trial and an Estimate of the Annual Loss

Ruth Vellacott, Aurelio Damm & The Standing Water Panel

Comments: 7 pages, 7 figures, 0 reproducible results. Rejected in 16 minutes on Aug 17, 2026.

Abstract: The cold tap does not run cold at once. The water drawn in those first seconds has been standing in the ground beneath the house, and it still carries the temperature of the week it entered — so the wait at the sink is a reading, taken and poured away. Ground at the depth of a domestic service pipe follows the surface weather with a delay set by the soil’s diffusivity. Across three years of household logging we measure that delay at 36.4 days (95% CI 35.1–37.7), and along a controlled trench it obeys the depth law of periodic conduction. Because a standing column is ordered — the parcel nearest the tap entered first, pushed there by everything drawn since — a single draw is not one measurement but a series; and the direction the temperature moves while the tap runs fixes which half of the year is being read. In a blind trial, analysts given only a temperature trajectory recovered the entry date to a mean absolute error of 8.6 days, and frozen, sectioned service pipes agreed with independent isotopic dating. The country holds a meteorological network of one station per household, and destroys 48 billion dated records a year. The record was never missing. It has been going down the sink, one kettle at a time.

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[2]

REJ:2026.07.24.0001 clim.FR (Fringe Climatology) Rejected

On the Aerodynamic Insufficiency of Transport-Category Aircraft, with a Reconciliation of the Reported Operational Record

Rosalind Teague, E. O. Nwosu, Junko Aramaki, Piet Vandeleur, Aurélie Bosco & The Standing Committee on Aerodynamic Reconciliation

Comments: 6 pages, 8 figures, 0 reproducible results. Rejected in 41 minutes on Jul 24, 2026.

Abstract: We audit the vertical momentum budget of transport-category aircraft in cruise and find that it does not close. Lift is treated here as a rate of downward momentum delivered to the air rather than as circulation around the aerofoil, so the lift available to a wing is the mass of air the wing reaches each second multiplied by the downward speed it can give that air. Both factors are fixed by the dimensions on the type certificate: a wing of span b and mean chord c entrains a sheet of air of depth kappa c , and cannot turn that sheet through more than the stall angle. Evaluated at the certificated cruise condition of 1,412 transport types, this first-order bound exceeds aircraft weight by 0.4% a margin thin enough to explain why the budget has not been recomputed since 1931, and too thin to absorb the term that follows it. The trailing vortex pair returns a measured fraction varepsilon = 0.047 of the delivered momentum to the airframe as upwash over its own outboard sections, and momentum returned to the wing is momentum the wing did not spend. Net of the return, no airframe in the corpus is funded for its own weight: the lift deficit Delta has fleet median 0.043 (interquartile range 0.031 – 0.056 ) and is uncorrelated with mass, certification era, or engine count. A traversing wake rake flown on 62 revenue sectors measures the shortfall directly at 4.1% (95% CI 3.6–4.7), in agreement with the model. Six candidate resolutions — ground effect, fuselage lift, thrust vector, buoyancy, compressibility, and tail trim load — are evaluated and rejected; granted their full contribution at once they recover 3.8%, and two of them deepen the deficit. We therefore state as Theorem 1 that sustained level flight is not aerodynamically funded for any certificated transport type, and reconcile the result against a dispatch archive of 4.1 million departures, which carries an unfunded lift of 70.9 , mathrm kN ,h per sector and 2.7 , mathrm TN ,h annually worldwide. We recommend that the liability be disclosed on the type certificate and restated annually.

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[3]

REJ:2026.07.08.0001 clim.FR (Fringe Climatology) Rejected

The Arniko Height: A Critical Threshold for Climatic Sovereignty in Vertically Tiered Structures

Sunila R. Vaidya-Thorne, Anselm K. Røed & Padmini S. Ferreira-Lall

Comments: 5 pages, 8 figures, 0 reproducible results. Rejected in 28 minutes on Jul 8, 2026.

Abstract: It is taken as a figure of speech that a tall building makes its own weather. We show that it is a threshold phenomenon. Modelling a tiered structure as a one-dimensional advection–condensation column, we treat every occupied, ornamented storey as a moisture source—a dwelling flux—whose upward accumulation competes with lateral exchange with the regional climate through a single dimensionless Pagoda number mathrm Pa . In plain terms: a tall enough, densely built enough building starts to hold its own moisture, and past a point it rains on itself. We prove that the climate-coupled state loses stability at mathrm Pa = mathrm Pa c , above which the upper tiers run a self-sustaining internal monsoon—an endomonsoon—on their own calendar. Height thus becomes a matter of regime, not degree: below a sharp critical height a building is a tenant of the sky; above it, a sovereign of its own. That height—the Arniko Height H ast = 47.3 pm 1.2 tiers—is a building-independent constant that a pre-registered field campaign ( N=63 ), a controlled stacked-chamber experiment, and 10 4 Monte-Carlo runs all agree upon, with a continuous transition ( beta = 0.63 pm 0.04 ) and a season-independent period tau mathrm mon = 6.2 pm 0.3 days. We conclude that the pagoda was not architecture imitating the heavens but the first working climate: assemble forty-seven storeys, or remain a tenant of the sky.

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