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kNr247
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Truth!
Tangwa Abilu.🌿🌏🌾🍀🍃.SDG's.@AbiluTangwa
When an industry continues selling a product it knows will render parts of the planet unlivable, displace millions, and collapse ecosystems — that is not "energy policy." That is a threat to human existence. History will judge the silence. #FossilFuelThreat
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🚨Skyquakes Are Being Recorded Worldwide and There Is Still No Identifiable Source
This has moved way past random anecdotal reports. There is now a consistent body of recorded data showing atmospheric shockwaves that are occurring without any detectable origin.
In January 2024, central Alabama experienced a measured pressure spike of 38 pascals. The event triggered emergency calls across multiple counties within roughly 90 seconds. People reported a single concussive blast that shook structures across a wide area. Monitoring systems recorded the pressure wave clearly. What they didn't manage to record though was any source of origin. There was no aircraft on radar, no explosion on seismic systems, and no thermal signature on satellite imaging which is weird.
The physics behind a shockwave isn't complicated and looking into how they occur will help you better understand why this is so strange. Air only behaves like that when energy is forced into it faster than it can dissipate. Under normal conditions, that requires an explosion, a supersonic object, or a rapid thermal expansion event such as lightning. None of those things were present at the time of recording data. There were no storm cells, no lightning strikes within range, and no temperature spike that would indicate rapid heating of the air column.
The waveform itself also creates a huge problem for conventional explanations. These events last between 2 and 8 seconds, which is longer than typical thunder and doesn't match the short, defined profile of a sonic boom. A supersonic aircraft produces a distinct double pressure signature that resolves quickly. These recordings don't match that structure. Flight data confirms there were no aircraft exceeding Mach 1 in the affected airspace during multiple events.
Seismic coupling can be removed from the equation as well. If ground movement is strong enough to generate an audible airwave, it registers on instruments. In these cases, there is no measurable ground displacement. Sensors within close range show nothing beyond background noise. There is no precursor tremor and no follow up activity. The energy is present in the air but not in the ground, which removes tectonic processes from the equation.
Meteor airbursts do provide the correct mechanism in terms of compressing air into a shock front, but they also leave clear evidence. High speed entry produces heat, plasma trails, and visible signatures that are tracked across multiple systems. These skyquake events show none of that though. The measured energy is significantly lower than known airburst events, yet there is still no thermal or visual confirmation. Acoustic triangulation often places the source below ten kilometers, which does not line up with typical meteor disintegration altitudes.
Atmospheric ducting is often suggested as a way to explain how distant explosions might be heard locally. The issue with that is the signal structure and the localization because these events arrive as sharp, singular impulses and are reported within a pretty tight geographic radius. There are no corresponding explosions recorded within the distances required for ducting to be a viable expalnation. The wavefront geometry indicates a local origin rather than a distant one.
Military activity is another common explanation. Explosions or high speed vehicles can obviously produce pressure waves in the recorded range. Global monitoring systems are designed to detect those events across multiple channels. In most skyquake cases, there is no matching signal across seismic, acoustic, or radiation networks. Flight tracking data also does not show vehicles operating at speeds required to produce the observed waveforms. The absence of cross system confirmation removes most known forms of testing from consideration.
Upper atmospheric electrical events also don't fit due to air density limitations. At the altitudes where phenomena like sprites occur, the air is too thin to transmit a strong shockwave to the ground. The recorded sound levels require denser air at lower altitudes. There is also no accompanying electromagnetic spike detected during these events.
Mechanical explanations such as gas pipeline failures can be excluded in many cases due to the lack of physical evidence. There are no fires, no debris, and no pressure drops recorded in infrastructure systems. Many events occur in locations where no such infrastructure even exists.
Infrasound networks have logged over 1,200 of these events between 2010 and 2024. The pressure amplitudes typically range from 10 to 50 pascals, with frequencies below 20 hertz. These are not marginal readings. The signals are clear enough to be triangulated. Many sources are placed between one and five kilometers in altitude with reasonable accuracy. Satellite systems consistently show no corresponding thermal or kinetic activity at those times.
The current situation is certainly not a lack of data, we have plenty of that. There is a lack of a mechanism that explains all of the observed parameters at once though. Each proposed explanation accounts for part of the behavior but fails when applied across the full dataset.
That is why this mystery remains unresolved. The measurements are consistent and the locations repeat. The physical models do not fully match what is being recorded. What do you think they could be?
#Skyquakes #AtmosphericAnomalies #Infrasound #UAP #Science

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🧠 They Said Death Was Final… But This Discovery Is Raising Questions
Scientists have taken a shocking step by preserving brain cells from a mammal hours after death—and even restoring some activity. For the first time, it seems parts of the brain may not shut down as quickly as we once believed.
But before imaginations run wild… there was no consciousness, no thoughts, and no life restored. The brain did not “wake up.”
What this really reveals is something quieter but powerful: the brain may be more resilient than we thought. This could open new doors for treating strokes, brain injuries, and saving lives in the future.
Still, true “reanimation” remains firmly in science fiction… for now.
Source: Vrselja, Z., et al. (Nature)

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Since Argentina is being talked about more these days, here is something that will make your jaw drop if you've never heard about it.
One of the most powerful and notorious crime rings in the world in the late 19th and early 20th centuries was a Jewish Ashkenazi mafia organization called 'Zvi Migdal' (and sometimes 'Ashkenazum'). Their expertise? Trafficking young girls into prostitution across the globe (from Poland to India and New York; they even trafficked some Jewish Moroccan girls).
The center of their operations was Buenos Aires, and for a while they were so powerful, and handed out so much bribe, they practically dominated Argentina's political system.
Epstein was not a pioneer, you see. Zvi Migdal preceded him by more than a century. I was waiting a long time for someone to point out the similarity, but no one did, so there you go

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Morning Minute: $11T+ Schwab Goes All In on Crypto
decrypt.co/364715/morning…
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🚨 It Slept for 100 MILLION Years… Then Suddenly Woke Up
For over 100 million years, it was silent… invisible in deep space. Then suddenly — it came back to life.
Astronomers spotted a distant black hole that reignited, blasting powerful jets of energy across its galaxy at near light speed. No warning. No clear cause.
Something triggered it — maybe a star, maybe a cloud of gas. Scientists aren’t sure yet.
But one thing is clear:
The universe never truly sleeps… it just waits.
Source:
National Aeronautics and Space Administration. Astronomers observe black hole reawakening and jet activity in distant galaxy.

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