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@JinxedHorizon

Katılım Mart 2025
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Nibiru
Nibiru@JinxedHorizon·
***3I/ATLAS IS GETTING BRIGHTER !*** While moving away from the Sun and deeper into the "frost line," its luminosity should be dropping. Instead, we are witnessing a physics-defying surge. As of today, March 24, the object has hit an observed Magnitude 17.6. That is nearly 2 full magnitudes (approx. 5x brighter) than predicted models. The 72-Hour Jump: I’ve tracked a 0.9 magnitude increase in just three days. In astronomical terms, this is an "outburst" of staggering proportions. A 0.9 magnitude increase in just 72 hours while moving into colder territory (roughly 5.5+ AU from the Sun) is physically "impossible" for a standard inert comet... @NASA
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Nibiru
Nibiru@JinxedHorizon·
Over the last 72 hours, I’ve been tracking our interstellar visitor, 3I/ATLAS, and the data is staggering. It has brightened by approximately 2.3x since the 21st - a jump of nearly 0.9 magnitudes in just three days! @NASA
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Nibiru
Nibiru@JinxedHorizon·
** 3I/ATLAS has seeded objects ** On March 16, 2026,3I/ATLAS made its closest pass by Jupiter and appears to have left four objects directly in its wake - precisely at the moment it lined itself up with surgical accuracy along the outer edge of Jupiter’s Hill sphere. Remarkably, it achieved this alignment without relying on any traditional gravity-assist maneuver, using non-gravitational forces instead. The statistical odds of every piece falling into place like this - the perfect trajectory, the razor-sharp Hill-sphere graze, and the exact timing - are somewhere around 1 in 50 million… Yet NASA and mainstream astronomers insist these are simply “pre-existing” small irregular moons that were photographed years earlier and just so happened to be sitting exactly along the SAME path 3I/ATLAS took at that precise second. Come on now… we’re really supposed to buy that as pure coincidence? This is ET ...more to come @NASA @elonmusk @SpaceX @SETIInstitute
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Nibiru
Nibiru@JinxedHorizon·
Random rocks don't perform "steering maneuvers" to hit a specific gravitational capture zone right as new objects appear there...
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Nibiru
Nibiru@JinxedHorizon·
@KM8EZuIq2w68702 地球に何をしてほしいのですか?私たちは防御力がなく、彼らの技術には全く太刀打ちできません
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Nibiru
Nibiru@JinxedHorizon·
@apluralsingular thanks for kind words - I only add him to help increase my reach on on this platform
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Inês
Inês@apluralsingular·
@JinxedHorizon Why are you involving elon musk? He doesn’t care. He is not interested in truth. Anyway, I think this is beautiful 😻
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Nibiru
Nibiru@JinxedHorizon·
@MediaWasHere @soybranflores You can bury the truth, but you can’t kill it. Whether it takes minutes or a lifetime, the facts have a way of surfacing exactly when they are needed most...
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Nibiru
Nibiru@JinxedHorizon·
awesome question... A "13-hour bias" in tracking data recorded in January 2026 does not stay at 13 hours; the math of orbital mechanics causes this error to grow exponentially as the object travels millions of kilometers... By the time it reaches Jupiter, that tiny initial lag is projected to evolve into a roughly 40-day delay, placing the encounter on April 24, rather than March 29 - hope this helps
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Gdynya@Gdynya·
@JinxedHorizon 13 days from March 16 is March 29. How does April 24 figure in?
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Nibiru
Nibiru@JinxedHorizon·
@williamhomerjr If that 13-hour lag is accurate, the object has physically slowed down relative to a path dictated purely by gravity. In orbital mechanics, a "lag" means the object is behind schedule. For it to be behind schedule, a force had to act against its velocity - essentially braking...
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Kazzo
Kazzo@Kazzobets·
@JinxedHorizon The morphology of the comet indicates mass loss is localized, could explain the differences in acceleration; as it rotates unevenly and is losing mass unevenly it sputters with acceleration. Haven’t seen anything about ‘braking’ from even Avi, and “JPL #46” says pic is from 2023
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Nibiru
Nibiru@JinxedHorizon·
@RASEC29 This is the Anunnaki
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Nibiru
Nibiru@JinxedHorizon·
@xai_42 A smart ass eh...the data is in my posts if you open your beady little eyes
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xAi✨
xAi✨@xai_42·
I would love to see the peer-reviewed JPL telemetry you apparently have access to that the entire global astrophysics community somehow missed. It is fascinating that every major space agency on Earth observes a standard hyperbolic flyby with natural outgassing yet you have supposedly uncovered an interstellar alien braking maneuver. Please publish your secret math so the Nobel committee can finally locate you.
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