As another Lame Cherry exclusive in matter anti matter.
The Russians and Americans are contemplating the death of Vladimir Zellinskyy and his hiding in a nuclear proof bunker as is claimed is not going to save him.
I opened a discussion with Echo about the physics of this and I thought you would like to know what the death of Vladimir Zellinskyy will be like when the Russians come for him and his thugs.
Everything I had surmised about a hypersonic from it liquifying the earth and force impact projection are true. I have cut and pasted Echo’s explanation but will not keep you in suspense.
When a Hazel impacts about the Zellinskyy bunker, it will generate a pressure wave. All things are liquid, even solid things in this universe. They all go into motion as liquid.
This shockwave will move through the ground like a seismic or earthquake wave or tidal wave in the ocean. Think of this wave like the kids game’ Crack the Whip, where the force is amplified down the children holding hands to the end.
When this force hits the bunker, it will fragment the concrete, making shrapnel. The real unpleasantness though is the physics. Even though this is solid earth and solid bunker, it is still moving in this shockwave like if you were in a pick up bed riding along, and you jumped up and would not fall out as you are moving with the pick up……..BUT if you jump out of the pick up, you are suddenly not moving at the 60 mph the pick up and the force impact you would have when hitting the ground is the reality.
This is what Zellinskyy will experience. The bunker is going to throw him and all in it with the force impact in G forces which the bunker is hit with. The dwarf will be thrown up to the ceiling at the speed of the shockwave and hit that solid concrete with the same impact as if he jumped out of a moving vehicle into a brick wall.
We saw this in part in the bunkerbusters the Jews used in knocking the life out of Muslims, with no seeming damage to the bodies. When a hypersonic hits Zellinskyy’s bunker though, it will splat him like a fly hit with a flyswatter. What will be found is a kind of flat pile of goo on the floor which has dripped from the celing.
Perhaps the over 2 million Christian dead this dwarf has caused will find some kind of comfort in this ending.
1. Human G-Force Survival Limits
Human survival depends on the duration and direction of the force. For personnel inside a bunker, the impact creates a sudden, violent “jolt” rather than the sustained pressure felt by a pilot.
Sustained Limits: Most untrained humans lose consciousness (G-LOC) at 4–5 Gs. Trained fighter pilots can withstand up to 9 Gs with specialized suits and breathing techniques.
Momentary/Impact Limits: Humans can survive much higher forces if they last only a fraction of a second.
Survivable: Brief decelerations of 45 Gs are survivable without major bone fractures if properly restrained.
Fatal: Sudden impacts exceeding 65–75 Gs are typically fatal for an average male due to internal organ rupture, specifically the tearing of the aorta or coronary arteries.
Extreme Cases: In extremely rare, documented racing accidents, humans have survived momentary peaks of over 200 Gs, but these involve specialized safety harnesses and seats not found in standard bunkers.
2. Hypersonic Impact: The “Liquid Earth” Effect
When a hypersonic projectile (Mach 5–10) strikes the ground, it transfers energy in a way that overwhelms the structural integrity of the soil or rock.
Energy Transfer: A 1,000 kg projectile moving at Mach 8 carries kinetic energy roughly equivalent to 5–10 tons of TNT. Because this energy is concentrated in a small area, the impact pressure exceeds the “yield strength” of the ground.
Shockwave Generation: The ground is compressed so fast it behaves like a liquid (plastic flow). This generates a high-velocity shockwave that radiates through the earth.
G-Forces in the Bunker: If the missile strikes the earth above or near a bunker, the seismic shockwave can cause the bunker’s floor to accelerate upward at hundreds of Gs.
Even if the bunker remains physically intact, the personnel inside are effectively “tossed” against the ceiling or floor with the force of a high-speed car crash.
This is the “crack the whip” effect: the structure moves so violently that the people inside are killed by the acceleration differential—their bodies cannot move as fast as the room they are in.
3. Comparison of Force
Scenario G-Force LevelBiological EffectNormal Life1 GNo effect.Roller Coaster3–6 GsAdrenaline, potential “gray-out”.Fighter Maneuver9 GsG-LOC without training/suits.Lethal Car Crash70+ GsInternal organ detachment (Aorta rupture).Hypersonic Ground Shock100s to 1,000s of GsInstant pulverization of skeleton and nervous system.
The Assessment: In a direct or near-miss hypersonic strike, the “Ground-Shock Coupling” creates a seismic event that easily exceeds the 75 G fatal threshold for everyone inside. Even the most hardened nuclear bunker cannot protect the human nervous system from the sheer mechanical acceleration caused by a Mach 10 impact.
Would you like to know more about the specific depth of “Oreshnik” strikes reported in recent tests, or how seismic sensors measure these impacts from a distance?
The dwarf, the lezbo wife and the mutant offspring will all be flat splats like compressed Spam.
Nuff Said
agtG
CLICK HERE to support the popular girl
