until this all started a lil while ago
and I follow these things pretty closely...
Another day, another meteor. 5 states report fireball sighting.
USA Today 4/08/26
"The April 7 meteor marks the latest in a series of asteroids in the atmosphere that have been seen on Earth as they disintegrate. Here's what we know."
"The meteor was moving southwest at 30,000 miles per hour and traveled 117 miles through the upper atmosphere before disintegrating 27 miles above the town of Galloway north of Atlantic City, New Jersey, according to NASA."
"The American Meteor Society's report shows eyewitnesses strewn throughout the East Coast, including into eastern Pennsylvania. The society received 266 reports about the fireball as well as seven videos and nine photos."
"Other meteor sightings in 2026
The latest meteor sighting comes after other fireballs have been spotted in other parts of the country, including on the West Coast, in the Midwest and in Texas.
March marked a month full of fireballs lighting up the sky, with sightings of different events reported in California, Nevada, Washington, Oregon, Texas, Ohio, Delaware, Illinois, Indiana, Kentucky, Maryland, Michigan, New York, Pennsylvania, Virginia, the District of Columbia and in Ontario, Canada."
"...meteors are a result of a space rock entering Earth's atmosphere. Often called "shooting stars," meteors come from meteoroids – small, often pebble-sizes pieces that break off of asteroids or comets. When a meteoroid enters Earth's atmosphere, it becomes a meteor. Because they enter the atmosphere at such a high speed, meteors burn up as they fall from our sky, creating the streak of light we commonly call a shooting star or fireball."
"While most meteors burn up, larger pieces can sometimes survive the journey and reach Earth. Those pieces are known as meteorites."
Daytime fireball streaks across 3 states as reports surge during peak meteor season
AccuWeather 4/09/26
(Talking about the same event as above.)
"According to NASA, this time of year is often referred to as "fireball season," when bright meteors, sometimes mistaken for shooting stars, appear more frequently."
(NASA,
The same people that didn't mention
not one anomaly
of 3I/ATLAS
in their disaterous press conference about it on
11/19/26,
and who have never
before this year
mentioned anything about:
"Fireball Season"
)
"The AMS says at least eight bright meteors, known as fireballs, have been reported across more than a dozen U.S. states and parts of Europe since early March."
(If you got "Ears that hear"?
Then you know somebody is talking to you.)
"NASA notes that from February through April, the rate of fireballs can increase by as much as 10% to 30%, especially in the weeks surrounding the March equinox."
"A recent analysis by Mike Hankey of the AMS found that
2026 is shaping up to be more active than average.'
(Hum...interesting...and we just had the largest, fastest
weirdest, brightest object humanity has ever encountered
pass by us (3I/ATLAS)...interesting...

)
"In 2026, both the rate and the absolute count are high.
Thirty large fireball events producing audible booms
in a single quarter mean roughly one every three days,"
Hankey said in an analysis of recent events."
(The sonic booms means they are big.
That is the tell tell sign
they just can not explain away.
We have never had this before.)
Footage captures meteor flying across the sky
BBC 4/13/26
"Bays said the meteor was spotted widely because it was "very bright", due to the chemical make up of the object, which included magnesium."
"John Maclean, from the UK Meteor Network,
said the meteor
was not connected to any
astronomical event,
and likely stemmed from
a larger asteroid."
(No kidding?
Gee thanks...)
A rare meteor shower is about to light up the sky this April:
Here’s when you can watch!
Daily Galaxy 4/14/26
"A fast-moving stream of ancient cosmic debris is about to streak across Earth’s skies, as the Lyrid meteor shower approaches its annual peak, with observations highlighted by the American Meteor Society. Known for its sudden bursts of bright meteors and long history, this celestial event offers skywatchers a rare opportunity to witness fragments of a distant comet burning up in the atmosphere. With anticipation building, observers are preparing for one of the most anticipated night-sky events of the season."
(If it's annual?
Then how is it rare?
These people honey...
They are just killing me...)
"An Ancient Meteor Shower With A Long History
The Lyrids trace their origins back more than 2,600 years, making them one of the oldest recorded meteor showers. They are produced by debris from Comet C/1861 G1 Thatcher, a long-period comet that takes more than four centuries to orbit the Sun. Each year, Earth crosses this trail of particles, causing tiny fragments to ignite in the atmosphere at high speed."
(See above about: how rare is it then?)
"What makes the Lyrids especially intriguing is their variability. While they typically produce a modest number of meteors, historical records show occasional surges in activity. These unpredictable bursts have kept astronomers engaged for generations, as they reveal how unevenly cometary debris can spread through space over time.'
(We have been seeing all of these fireballs
well before the start of
THE ANNUAL
Lyrid meteor shower.)
"Key Dates To Watch This April
The Lyrid meteor shower follows a well-defined schedule each year. In 2026, it is active from April 15 through April 29, with peak activity expected during the night of April 21 into April 22. This short window represents the moment when Earth passes through the densest part of the debris stream, significantly increasing meteor visibility."
("The Lyrid meteor shower follows
a well-defined schedule each year"
And that is how you know what we are seeing
with all these fireballs (particularly the daytime ones) is just not normal.
It's not tied to any known:
"debris stream"
that we have been passing through.)
"What To Expect In The Night Sky
According to observations compiled by the American Meteor Society, the Lyrids typically produce around 10 to 20 meteors per hour under dark sky conditions. These meteors are known for their brightness and speed, often leaving behind glowing trails that linger briefly after the initial flash.
Occasionally, the Lyrids produce fireballs, which are significantly brighter and can momentarily dominate the night sky. The best viewing conditions occur after midnight, when the Lyra constellation rises higher, placing the radiant in a more favorable position for observers.
Even in years with average activity, the Lyrids can deliver memorable moments, especially under clear, dark skies far from city lights.'
(So if a known annual event only:
"Occasionally,...produce fireballs,
which are significantly brighter
and can momentarily dominate the night sky."
Then what is to account
for all the day time ones
people are seeing all over the world?
If you been following along
you should already know
the answer.)
We all screamed when it happened':
Bright-green fireball meteor caught exploding over famous Viking raid site in UK
Live Science 4/16/26
"Photographers caught a spectacular emerald-green fireball meteor streaking above Lindisfarne in northeast England, where Viking raiders famously killed and robbed Christian monks in the eighth century."
It's the same one as this one from above:
Footage captures meteor flying across the sky
BBC 4/13/26
"On Monday (April 13), shortly after midnight local time, a meteor exploded above the North Sea, off the east coast of England. The space rock, which was traveling around 20,000 mph (32,000 km/h), was on the small side, likely weighing around 0.4 ounces (12 grams), according to the BBC — but it made a big impression."
"At least 230 people — from across the U.K., as well as parts of Belgium, the Netherlands and Germany — reported seeing the fireball to the American Meteor Society, a nonprofit that tracks global meteor sightings. The streaking light was also captured by multiple doorbell cameras (see below) and lasted up to seven seconds, according to witness reports.'
(This:
"lasted up to seven seconds"
just doesn't jive with:
"likely weighing around 0.4 ounces
(12 grams),
according to the BBC"
It wouldn't have lasted that long.)
"Fireball season"
"Fireball meteors occur when falling space rocks suddenly split apart from the strain of friction with the atmosphere, releasing energy in the form of bright light. They can have multiple potential hues, based on the chemical composition of the rock itself. In this case, the meteor's green glow is likely the result of magnesium and nickel, according to Spaceweather.com."
(Take a guess what 3I/ATLAS was producing?
"The gas plume surrounding 3I/ATLAS
contains much more nickel than iron..."
Anomalies of 3I/ATLAS, Organized by Likelihood
Avi Loeb Medium 11/23/25.
Interesting
(to me anyway)
the other article on this event
only mentioned the magnesium
and not the nickel.
Well I wonder why?

)
(It's just seems like way to big of a fireball
for it to only have been as big
as the BBC was suggesting.)
The Sun Destroyed an Asteroid, Now Comes the Aftermath
Vice 4/16/26
"What looked like a random batch of meteors
may actually be the remains of a small asteroid
slowly cooked apart by the Sun."
(Gettin closer,
but still not quite.)
"According to NASA researcher Pastor Schober, a previously undetected asteroid is coming apart as it passes the Sun, shedding hundreds of fragments that Earth...is currently passing through."
("a previously undetected asteroid"
My ass.
See above:
"Hum...interesting...and we just had the largest, fastest
weirdest, brightest object humanity has ever encountered
pass by us (3I/ATLAS)...interesting..)
"As Shober explained in a paper recently published in The Astrophysical Journal, and further detailed in an essay in The Conversation, he dug through 235,271 recorded events collected by observatories across multiple continents. Buried deep within that wad of numbers was a tight cluster of 282 meteors, all moving in the same direction, as they came from the same source."
"The Sun Destroyed an Asteroid,
and the Debris Is Telling a Story
That source is most likely a small asteroid being slowly heated by the sun, since space rocks are really just clumps of dirt, a bit of rock, and gases held together by ice. Expose them to heat, and they start melting, sputtering, and breaking apart into their component pieces. When that happens, as a chunk of rock passes through the Earth’s atmosphere, it results in beautiful, brilliant streaks."
(Yeah...right...gotcha...)
"Meteor streams like this are cosmic breadcrumbs that point back to celestial objects we could see. They clue us in on hidden clusters of near-Earth asteroids that, if we catch them early enough, can help us better understand the lifecycles of these space rocks, and, you know, maybe help us figure out how to destroy them should one pose a significant threat to human life."
(As asked before
Why cant we pinpoint
exactly where these are all coming from then?
We have done it with every other debris field
we pass through.)
'There doesn’t seem to be anything potentially cataclysmic on our celestial horizons just yet, but having a little extra knowledge on what exactly causes these things to splinter into several smaller chunks of harmless debris couldn’t hurt."
When I read that?
I think OMGoodness people please
Look out, your souls are at stake...
And it reminded me
of a couple of Blog post of Avi Loebs;
Saturday, March 28, 2026
Of Albino Elephants and a Billion ton (Or 33) rocks...
"Did 3I/ATLAS Just Break-Up Near the Sun?
Avi Loeb Medium 11/10/25
and then two days later
with no additional information
and for no apparent reason
turned right around and said:
3I/ATLAS is Still a Single Body
with a Sunward Anti-Tail After Perihelion!
Avi Loeb Medium Nov 12, 2025"
Godspeed.
Journey well friends...