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The Beirut port event.
The first video in this series is all you need to watch.
It proves that this was TOTALLY controlled. It's actually FAR MORE complex than I thought.
But I think I know what happened.
The Beirut port event.
The first video in this series is all you need to watch.
It proves that this was TOTALLY controlled. It's actually FAR MORE complex than I thought.
But I think I know what happened.
First, the roaring sound is all the missile warheads going off.
That stockpile was MASSIVE.
Compare the roar to this CONFIRMED Israeli destruction of an Israelis missile depot in Syria.
That stockpile was MASSIVE.
Compare the roar to this CONFIRMED Israeli destruction of an Israelis missile depot in Syria.
Now, what about the white cloud?
People call it a shock wave, but it's actually water vapor in atmospheric air.
The shock wave compresses the air, condensing atmospheric humidity into clouds as the shock wave expands.
People call it a shock wave, but it's actually water vapor in atmospheric air.
The shock wave compresses the air, condensing atmospheric humidity into clouds as the shock wave expands.
After the shock wave has passed each fixed point, the air at that fixed point decompresses, and the clouds become invisible water vapor again.
Now, the white cloud dome ALWAYS follows the shock wave.
That's why the dome starts in the center and symmetrically expands outwardly.
One.
That's why the dome starts in the center and symmetrically expands outwardly.
One.
Two of two.
An enormous truck bomb in Iraq.
Truck bombs are extremely well engineered.
They're design to spread the blast effect outward in order to produce maximum damage.
The blast effect going upward is lost.
One.
They're design to spread the blast effect outward in order to produce maximum damage.
The blast effect going upward is lost.
One.
Two.
Three of three.
See how fast the cloud or water-vapor dome dissipates?
See how symmetrical it is?
The Beirut event created a cloud that bears no resemblance to any I've ever seen.
Everyday cameras all record at different moments in time.
See how symmetrical it is?
The Beirut event created a cloud that bears no resemblance to any I've ever seen.
Everyday cameras all record at different moments in time.
The only way to have captured the Beirut event as it actually happened would been to use a stationary camera filming at a million frames per second.
But THIS shows that the entire store of rocket fuel went up simultaneously.
Not possible in an accidental detonation.
But THIS shows that the entire store of rocket fuel went up simultaneously.
Not possible in an accidental detonation.
What happened next can't be explained by ANY known law of physics.
The cloud formed LONG AFTER the event, and it PROVES that most of the blast effect went straight down.
That means this HAD to have been a controlled event.
One.
The cloud formed LONG AFTER the event, and it PROVES that most of the blast effect went straight down.
That means this HAD to have been a controlled event.
One.
Two.
The DUST is rising, but NO CLOUD.
The DUST is rising, but NO CLOUD.
Three.
FINALLY the cloud begins forming, but only at the bottom AND IN LIKE RANDOM PLACES all over the event.
The random places look like popcorn.
FINALLY the cloud begins forming, but only at the bottom AND IN LIKE RANDOM PLACES all over the event.
The random places look like popcorn.
Four.
Look how totally asymmetrical that vapor cloud is.
I'll explain my theory in a moment.
Look how totally asymmetrical that vapor cloud is.
I'll explain my theory in a moment.
Five.
Still MULTIPLE EVENTS, not a cohesive whole.
Still MULTIPLE EVENTS, not a cohesive whole.
Six of six.
From this angle, you can clearly see that it never became the symmetrical dome that's the signature of one event.
From this angle, you can clearly see that it never became the symmetrical dome that's the signature of one event.
Here's another good video.
Look at the cloud.
At the bottom and in random places above the warehouse.
Look how LONG this cloud lasted.
One.
At the bottom and in random places above the warehouse.
Look how LONG this cloud lasted.
One.
Two of two.
Again, here's how fast the truck bomb cloud dissipated.
NO SHOCK WAVE ON THE WATER.
The technology is FAR MORE ADVANCE$D than I ever imagined.
Remember:
The cloud dissipates after the blast effect passes fixed points in atmospheric air.
Why did the Beirut cloud last so long?
Because the blast effect was SLOWED DOWN.
Remember:
The cloud dissipates after the blast effect passes fixed points in atmospheric air.
Why did the Beirut cloud last so long?
Because the blast effect was SLOWED DOWN.
This is normal high-explosive blast effect.
The the perfectly symmetrical dome?
I've known since 2015 that the new weapons use either kinetic energy from hypervelocity projectiles, or they use directed blast effect.
In 1990, the Israelis created a stable hypervelocity projectile that traveled at 27,000 miles per hour.
In 1990, the Israelis created a stable hypervelocity projectile that traveled at 27,000 miles per hour.
12 km/second = 26,843 miles per hour. https://www.sciencedirect.com/science/article/abs/pii/0734743X90900757
That was 1990.
NOW, after at least $5 trillion of funding by the Gulf Cooperation Council?
The other weapons used directed blast effect.
In this case, a projectile was fired into a trench. The projectile ejected vapor UPWARD but detonated it DOWNWARD onto the terrorists.
NOW, after at least $5 trillion of funding by the Gulf Cooperation Council?
The other weapons used directed blast effect.
In this case, a projectile was fired into a trench. The projectile ejected vapor UPWARD but detonated it DOWNWARD onto the terrorists.
One.
Two of two.
See the flat dust cloud?
The blast effect was directed straight down.
See the flat dust cloud?
The blast effect was directed straight down.
Jaysh al-Thuwar are secular rebels with no known outside patrons. They fight only Islamists, and they use completely unknown weapons.
Handheld incendiary missile fired from the hip. NO OPTICAL SIGHTS NEEDED.
Sets the entire inside of the target on fire.
Handheld incendiary missile fired from the hip. NO OPTICAL SIGHTS NEEDED.
Sets the entire inside of the target on fire.
No idea what the hell this is.
NO BACK BLAST.
Again, fired from the hip. No optical sights needed.
One.
NO BACK BLAST.
Again, fired from the hip. No optical sights needed.
One.
Two of two.
Fragmentation incendiary warhead.
The missile gunners must be wearing an eyepiece with a cross hair in it. As long as the gunner keeps the cross hair on the target, that's where the missile will hit.
SACLOS: Semi-Automatic Command to Line of Sight.
Fragmentation incendiary warhead.
The missile gunners must be wearing an eyepiece with a cross hair in it. As long as the gunner keeps the cross hair on the target, that's where the missile will hit.
SACLOS: Semi-Automatic Command to Line of Sight.
All of that is 2015 technology.
Clearly we're in second-generation stuff.
The reason the Beirut cloud last so long was that the event was actually a series of multiple events that first destroyed the missiles and their warheads and then destroyed the underground facilities.
Clearly we're in second-generation stuff.
The reason the Beirut cloud last so long was that the event was actually a series of multiple events that first destroyed the missiles and their warheads and then destroyed the underground facilities.
Then the blast effect WAS SLOWED DOWN and simply PUSHED the cloud.
In a normal explosion, the cloud exists only at fixed points in the air as the dome-shaped blast effect passes through.
In a normal explosion, the cloud exists only at fixed points in the air as the dome-shaped blast effect passes through.
