BREAKING: NASA TRIGGERED A HUGE EARTHQUAKE IN INDONESIA (probably) Analysis of ionospheric measurements show that NASA's Artemis II rocket launch back on April 1st 2026 (starting at 22:35 UTC) created a 5000 km long plasma contrail in Earth's ionosphere over North America. The Artemis II rocket was blasting its engines in the ionosphere for a full 18 minutes shortly after takeoff, with pressure from the hot exhaust creating and displacing local plasma, leaving a trail of disturbed plasma along its flight path stretching 5000 km (3100 miles), approximately the length of the continental USA. Here's where it gets crazy. 13 minutes after launch at 22:48 UTC while Artemis II was in Earth's inosphere creating this plasma contrail, a powerful magnitude 7.4 earthquake struck Indonesia in the Molucca Sea, shaking nearby islands of Sulawesi, Halmahera, Taliabu, and Pulau Obi. Here is the M7.4 USGS event page earthquake.usgs.gov/earthqua… I'm sure some of you remember my live coverage of the rocket launch and ensuing earthquake youtube.com/watch?v=W3YyBy4i… (this is a clip). Additionally it was a Full Moon (3 hours from exact, another triggerig mechanism) at time of launch with both South East Asia and the Americas on the sunlit side of the Earth (sharing the dayside ionosphere) Now if you're unaware, TONS of research has been done studying the interconnectedness of high-magnitude earthquakes (and just in general the lithosphere) and the ionosphere. Pulsing flashes of light (plasma, earthquake lights) have been observed happening just before and during earthquakes. Changes in ionospheric plasma (TEC) are often observed before, during, and immediately after powerful earthquakes. Schumann resonances (Earth's naturally resonant energy fields) can shift in their power, frequencies, and q-factors before, during, and immediately after powerful earthquakes. Anomalous radio-frequencies are often picked up as earthquake precursors, drastic increases in atmospheric conductivity in the boundary layer (0-2 km) have been observed, and even long-period magnetic waves have been observed pulsing in Earth's magnetic field after the most powerful earthquakes (Alaska M9.2 1964). There's more, but to summarize, the ionospheric and lithosphere are energetically connected together via a variety of mechanisms and they form a dynamic system where nudging one can nudge the other. See what a lot of geoscientists are loath to admit (for whatever reason) is that many unique triggering mechanisms exist for earthquakes. We have strain buildup finally tipping a fault or plate boundary over the edge (here everyone agrees), gravitational triggering via lunisolar effects (well proven), space weather (overwhelming evidence), and apparently ionospheric disturbances natural or manmade such as from huge rocket launches or nuclear detonations. Space Weather . Com wrote about the plasma contrail from Artemis II today (spaceweather.com/archive.php…) and said at the bottom: "No harm done? The plasma contrails faded after about an hour, and the paper reports no problems with GPS. But Artemis II may be just a preview. When SpaceX begins frequent launches of its giant Starship rocket, plasma contrails could become bigger and more common. The experiment is about to begin..." They did not acknowledge the huge earthquake which struck Indonesia, so "no harm done" would be FALSE, but they did point out how as heavy rocket launches are about to go exponential, a giant global experiment is about to begin that could have disasterous ramifications for millions. What if a space mission or war mongering nuclear test triggers New Madrid, or Cascadia? Now personally, drawing a direct triggering connection between the rocket launch and the M7.4 Indonesia earthquake I think is a slam dunk not only from the beyond coincidental timing but also from the undeniable GPS evidence of the giant plasma contrail created from Artemis II in the ionosphere. What do you think though? Here's a link to the research paper "Rare reoccurring ionosphere disturbances observed during the Artemis-II Lunar flyby voyage" just published in Geophysical Research Letters essopenarchive.org/doi/full/…