Seismo-Acoustic latlh 'Ij pa': ionosphere mIgh, tera' capacitance, 'ej jul-seismic QoQ nup He
C. Ohm, M. Ferro, Y. Tanaka, L. Solder 2026 ngeHlu'pu' Journal of Equatorial Audio Science
Equatorial Audio Research Division, Mitad del Mundo, Quito, Ecuador (0.0000° N)
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PDF nagh yIQawFebruary 2026 Mizuno, Kao, Umeno (Kyoto) — jul wanI' ionosphere mIgh — tera' crust capacitor — earthquake trigger DuH. model QoQ extend. tera' crust 'Ij pa' bIngDaq — capacitor ionosphere coupled — jul wanI' — electrostatic He building foundation, jan, De' He penetrate. G4 January 19, 2026 — TEC 42 TECU, ground 0.8 μm/s², THD+N 0.4 dB nup. TEC-THD+N lag 47 min — atmospheric column propagation rap. "solar-seismic audio degradation pathway" (SSADP). SDP-1 94% nup.
1. ngoQ
January 19, 2026 — jul X-class flare — CME 1,700 km/s — G4 pe'meH wanI'. aurora visible. infrastructure disruption mach.
wIlIj Qo'. wIloS.
2022 ghItlh vo' taH 'eSorghwI' Daq Quito — pe'meH He, TEC, seismic, QoQ 1-second interval 24/7.
January 19 — QoQ nup chav — 'ach expected 'e' rapbe'. QoQ nup 47 min ghIq chav. 'ej bIngDaq vo' chav.
Mizuno, Kao, Umeno — Kyoto — ionosphere-crustal electrostatic coupling. fractured crustal rock dielectric capacitor. ionosphere wa' plate. tera' surface latlh plate. TEC surge — voltage choH — electrostatic pressure crustal rock vegh.
2. January 19 wanI'
Quito 'eSorghwI' Daq sequence:
17:42 UTC: SSC. H-component 180 nT nup 4 min.
17:44-19:15: pe'meH wanI' main phase. THD+N +0.15 dB (direct pe'meH).
19:15: TEC spike 18 → 60 TECU (+42 TECU).
20:02 (47 min ghIq TEC peak): seismometer 0.5-5 Hz 0.8 μm/s². THD+N +0.25 dB additional. naQ +0.4 dB.
47 min delay — pe'meH propagation Qo' (light speed). thermal/mechanical Qo' (rep/jaj). atmospheric capacitor phase velocity rap: 300,000 m / 2,820 s = 106 m/s.
3. tera' capacitor model
Layer 1: ionosphere (300 km) — tera' surface — atmospheric capacitor. atmosphere dielectric. conductivity altitude exponential ghur. RC time constant 5-20 min.
Layer 2: surface — crustal voids — cha'DIch capacitor. fractured rock, fluid-filled voids.
Layer 3: concrete foundation — jan qach — wejDIch capacitor. Kyoto group qel Hutlh — 'Ij pa' relevant.
42 TECU — 0.3 V/m electric He — concrete penetrate — jan rack ground plane couple. 3 pA/m² — 0.5-5 Hz — turntable rumble, chuS jan resonance, HoS supply ripple Sar. De' inject Qo' — ground reference destabilize.
4. ja'chuq
cross-correlation verify:
magnetometer-THD+N: lag 0 (direct pe'meH, +0.15 dB).
TEC-seismometer: lag +47 min.
seismometer-THD+N: lag +12 s (foundation propagation).
TEC-THD+N: lag +48 min (47 min + 12 s).
23 mach wanI' (Kp ≥ 5) — 47 min delay rap (mean 46.8, std 3.2). 0.009 dB/TECU linear.
Ken Umeno: "timing, not energy." rap distinction. SSADP — QoQ chuS generate Qo' — ground reference destabilize.
5. bertlham
Kyoto ionosphere-crustal coupling — jul wanI' 'ej 'Ij pa' vibration link. SSADP — 47 min TEC vo' jan vibration — atmospheric column quasi-static He vegh. 0.009 dB/TECU. SDP-1 — 94% nup.
tera' crust capacitor. ionosphere latlh plate. jul voltage Hal. 'ej jan qach dielectric Daq taH.
QulmeH Doch DelHa'bogh Quito pa' 0.0000° latitude geomagnetik chenmoHlu'. ngoq tu'lu'. rIp tu'lu'.