The only way we could confirm it would be to measure the amount of tektites present in the Galactic Sheet. Then we calculate if the sheet contains enough to add up to the abundance of them we discovered on the Moon.
I'm not sure we would expect to find "tektites" riding along on the galactic current sheet... mostly dust, but then again I don't know what is in interstellar space. Davidson believes the "Dark Matter" is really a result of the underestimation of interstellar dust. If stars are shooting off micro-nova a lot more often than scientists once thought, maybe there could be larger particles than mere dust surfing the galactic current sheet. But the dust rides the current sheet because it can get charged up and is drawn along by the electric/magnetic fields. Larger rockier bodies should be more influenced by gravitation than charge... although if there are some glass beads out there maybe they can get charged up too and surf along with the dust? I don't know.
The theory on the videos I've linked is that tektites are formed when the sun launches a large CME or micro-nova. Some of the heavier molten material ejected from the sun globs together (that's my technical term) and cools in spherules and then partially re-melts on atmospheric entry forming the tektites.
During this theorized Solar micro-nova or large CME/flare, the Sun's luminous flash reaches Earth and Moon in about 8 minutes and lasts for a few minutes... maybe an hour. The dust on the surface of the moon is glazed - melted into glass - from the intense heat and actually appears to glow blood red as the newly formed glass on its surface is cooling off. The region of Earth that is unfortunate enough to be at solar noon gets scorched. Some of the protective atmosphere is ionized and carried away with the solar wind. Vegetation burns. Massive amounts of water is evaporated (which is the source of the ice for the next ice age). Then everything goes relatively dark as the sun's dust shell makes its 93 million mile journey towards earth and blocks out much of the sun light. The dust shell is shaped by the sun's magnetic field and initially takes the shape of a torus and then degenerates into snake/dragon like tubes dancing across the sky. The ejected material from the sun takes about 17-18 hours (according to Vogt) to reach Earth and Moon. The majority of the ejecta is dust and ionized particles, but particle size is probably highly variable. Some moon rocks appeared to have been glazed and then blasted with shotgun pellet sized particles. When the dust shell hits earth we get a geomagnetic storm like no other. Severe global earthquakes. Magnetic pole flip. Crustal displacement? Gigantic lightning bolts from the charged up ionosphere down to the surface. Much of the dust is hydrogen and oxygen combining into water. Thick clouds are seeded all over the earth further blocking out the sun. Intense deluge of muddy rain. Massive hailstones falling from space. Some sparse larger heavier chunks of debris impact as meteors. Debris that misses the planets eventually forms comets. Intensely cold winds flash freeze life in some places (think Wooly mammoths flash frozen) while muddy hail and rain bury them in minutes turning them into 10,000 year popsicles. The oceans slosh about and overrun much of the low elevation portions of the continents. Some areas of the crust rise and others fall. The seas drain back into their places but sea level is now several hundred feet lower. Increased volcanism. All life gets blasted with a dose of radiation causing increased genetic mutations. The earth enters a new ice age and the great coastal cities of this era have been erased without a trace. Humans who are not swept away by the floods or swallowed up by the earthquakes or burned by the sun will survive by retreating into the relative warmth of caves (and perhaps Deep Underground Military Bases).
Hurmanetar, when are we predicted to enter the Galactic Sheet? Isn't it like around 2,050 A.D. ?
If the current sheet does indeed cause stellar flares, then we could look towards galactic center for evidence of its approach in nearby stars. Alpha Centuari had a flare seen in 2016 and before that Bernard's Star had a flare seen in 1998. If those flares truly are due to the passing of the galactic current sheet, and if we make several assumptions, then we can calculate the speed of approach and that tells us we're due to get hit in 2052 but those assumptions lead to a pretty wide margin of error.
Davidson thinks we started entering the dusty region near the galactic current sheet a while ago and that the whole process could take a few decades to centuries depending on how you define it. The earth spends about 2 hrs passing through the sun's current sheet every 2 weeks, so scale that up to the galaxy... about 70 years every 12000 years. Chan Thomas guessed sometime between 2000 and 2200. Vogt thinks 2045 based on his interpretations of the Torah (I don't care much for textual based date setting). If the current trend continues in Earth's magnetic field weakening, it could be at 50% strength by 2050. It's been about 11,500 years since the last event and some readings of the geologic record indicate this happens regularly about 11k to 13k years.
The earth's magnetic field is already down about 15% from 150 years ago and decrease is accelerating currently losing 5% per decade. North and South Poles are moving with increasing speed towards the Indian Ocean and on the antipode, the South Atlantic anomaly is moving towards Peru. Cosmic rays are increasing. These COULD be symptoms that we are already entering the dusty region approaching the galactic current sheet.
The weakening magnetic field could cause a lot of problems for our modern society well before the big one hits.
Anyway, I don't think we can really get a good idea of timing right now... birth pangs for a few years/decades... then sudden labor. ...when the moon turns blood red, then if you weren't fried during the initial flare you have about half a day or so to dive into your hole in the ground before the dust shell hits. Matthew 24:15 makes a lot more sense in light of this... as do a lot of other apocalyptic descriptions...
Another thing that makes more sense is the Astronauts returning from the Apollo missions... many have pointed to their dejected spirits as indication that the moon missions were fake... perhaps... or perhaps they got debriefed and realized that all the glass and dust they found indicated the earth's upcoming date with fate.
How would the knowledge that the Earth is about to experience this unavoidable cataclysm effect strategy within the Deep State of the 1950s and 1960s? Hmm... a lot of seemingly irrational actions in recent history might make more sense in light of this puzzle piece. Some may have been rational actions to prepare... others may have been a form of partying and fiddling on the sinking Titanic grabbing the good life while it could still be had... the Devil (within) knows his time is short.
Considering that the Deep State likes to "innoculate" us with relatively harmless threats to harden against real ones (e.g. Coronavirus), what could they have up their sleeve to prepare us for this? ...aside from "climate change". EMP? A "Dark Winter"?
Suppose they had the power to choose who to save... Should we let blind luck decide? Or should we choose? Who should be the remnant to seed humanity into the next post-cataclysm epoch... Maybe if we choose wisely and preserve enough knowledge and tech it won't take us thousands of years to rebuild and reach the stars? How would they go about deciding who to save? Get everyone ID'd and profiled and have an AI system determine those who are most fit? The Earth is a self-cleaning petri dish, but what if we apply some intelligence to seed it with "the best" instead of allow blind luck to choose for us? That has to be the way the egghead planners are/were thinking about it. Either that or all the good ones were like... "fuck it, there's nothing we can do now. I'm retiring..." and then a bunch of worthless communist nitwits took over.
The fantastical situations we find ourselves in like this make the simulation hypothesis seem that much more reasonable... lol