Damn beat me to it, was gonna say the same thing. Hardtack-oak 10.5 MT @ 0:17 and 0:37 is one of the coolest h bomb test films. Not just because of the mushroom cloud but in the full film how the blast blows some of the clouds away and you can see the redish orange stem rising up in the air. Must have been a lot of moisture that day because you can't really see the fireball like other tests
The "collar" that you see around the dust stem of a test represents air being sucked back into the vacuum bubble created in the milliseconds after detonation......The fireball is more correctly termed a fire bubble.
I know I am wrong, but it almost looks like the “cap” of the mushroom cloud has a magnetic field and the collar at the bottom is charged condensates following the field lines.
It is no coincidence that these clouds are shaped like mushrooms because they have fractal patterns just like real mushrooms do. It is based on fractal mathematics from Chaos Theory.
@@iitzfizz Fractals are patterns made of the superposition of similar shapes having a range of sizes. An example is a dendrite snow flake. It has arms protruding from the center. Each of those arms has smaller arms attached, and each of those has even smaller arms. Other aspects of meteorology exhibit fractal geometry, including lightning, turbulence, and clouds. Fractals are defined next, and then are applied to cloud shadows.
@@iitzfizz In chaos theory and fluid dynamics, chaotic mixing is a process by which flow tracers develop into complex fractals under the action of a fluid flow. The flow is characterized by an exponential growth of fluid filaments.
@@iitzfizz Even very simple flows, such as the blinking vortex, or finitely resolved wind fields can generate exceptionally complex patterns from initially simple tracer fields.[3] The phenomenon is still not well understood and is the subject of much current research.
@@iitzfizz Two basic mechanisms are responsible for fluid mixing: diffusion and advection. In liquids, molecular diffusion alone is hardly efficient for mixing. Advection, that is the transport of matter by a flow, is required for better mixing. The fluid flow obeys fundamental equations of fluid dynamics (such as the conservation of mass and the conservation of momentum) called Navier-Stokes equations. These equations are written for the Eulerian velocity field rather than for the Lagrangian position of fluid particles. Lagrangian trajectories are then obtained by integrating the flow. Studying the effect of advection on fluid mixing amounts to describing how different Lagrangian fluid particles explore the fluid domain and separate from each other.
There is the "7:10 Rule of Thumb" which states that: for every 7-fold increase in time after detonation, there is a 10-fold decrease in the exposure rate. In other words, when the amount of time is multiplied by 7, the exposure rate is divided by 10. At 1 hour since blast, radiation = 1000 {for example} At 7 hours 100 At 49 hours 10 At 343 hours 1 At 2401 hours 0.1 This means that there are no exposure left from the atmospheric testings during the Cold War.
@@frimodig How about the radioactive contamination that still exists at these sites to this day? And the fallout that drifted halfway across the world, landing in the oceans, lakes, field, etc and entering the food chain?
Oak, one of the best mushroom cloud ever..
Damn beat me to it, was gonna say the same thing. Hardtack-oak 10.5 MT @ 0:17 and 0:37 is one of the coolest h bomb test films. Not just because of the mushroom cloud but in the full film how the blast blows some of the clouds away and you can see the redish orange stem rising up in the air. Must have been a lot of moisture that day because you can't really see the fireball like other tests
I also love Grapple Y, especially this image of it: pbs.twimg.com/media/Fu0mjRYWwA4S9UA.jpg:large
@@robroskey6515 Hardtack Oak was 8.9 MT shot.
@@robroskey6515 10.5 MT is Ivy Mike!
Nambee, Mike, George, Oak, Met, ?, Oak, Dakota, Bravo, Arkansas.
Damn your good if even half of those are right, only ones I recognized was Ivy-mike and hardtack-oak
I do love those Hardtrack megs ;)
😁😁
Dominic had the best IMHO.
It had the most high yield shots and the best photography.
That music really sets the mood well!
Really well done!
amazing please more 👌
Best video you've uploaded yet!😍
The "collar" that you see around the dust stem of a test represents air being sucked back into the vacuum bubble created in the milliseconds after detonation......The fireball is more correctly termed a fire bubble.
I know I am wrong, but it almost looks like the “cap” of the mushroom cloud has a magnetic field and the collar at the bottom is charged condensates following the field lines.
Nuclear explosions do not exist because nukes don't exist no one has nukes Hiroshima and Nagasaki were not nuked
I’m ‘shroomin’!
It is no coincidence that these clouds are shaped like mushrooms because they have fractal patterns just like real mushrooms do. It is based on fractal mathematics from Chaos Theory.
Fluid dynamics
@@iitzfizz Fractals are patterns made of the superposition of similar shapes having a range of sizes. An example is a dendrite snow flake. It has arms protruding from the center. Each of those arms has smaller arms attached, and each of those has even smaller arms. Other aspects of meteorology exhibit fractal geometry, including lightning, turbulence, and clouds. Fractals are defined next, and then are applied to cloud shadows.
@@iitzfizz In chaos theory and fluid dynamics, chaotic mixing is a process by which flow tracers develop into complex fractals under the action of a fluid flow. The flow is characterized by an exponential growth of fluid filaments.
@@iitzfizz Even very simple flows, such as the blinking vortex, or finitely resolved wind fields can generate exceptionally complex patterns from initially simple tracer fields.[3]
The phenomenon is still not well understood and is the subject of much current research.
@@iitzfizz Two basic mechanisms are responsible for fluid mixing: diffusion and advection. In liquids, molecular diffusion alone is hardly efficient for mixing. Advection, that is the transport of matter by a flow, is required for better mixing.
The fluid flow obeys fundamental equations of fluid dynamics (such as the conservation of mass and the conservation of momentum) called Navier-Stokes equations. These equations are written for the Eulerian velocity field rather than for the Lagrangian position of fluid particles. Lagrangian trajectories are then obtained by integrating the flow. Studying the effect of advection on fluid mixing amounts to describing how different Lagrangian fluid particles explore the fluid domain and separate from each other.
Interesting take on the subject.
Wooow😲
what ai did you use=
AWESOME
Страшно красиво!
Schrecklich Schön.
I'd like to know.....by what factor has the average person's risk of cancer gone up thanks to all the atomic bomb testing?
There is the "7:10 Rule of Thumb" which states that: for every 7-fold increase in time after detonation, there is a 10-fold decrease in the exposure rate. In other words, when the amount of time is multiplied by 7, the exposure rate is divided by 10.
At 1 hour since blast, radiation = 1000 {for example}
At 7 hours 100
At 49 hours 10
At 343 hours 1
At 2401 hours 0.1
This means that there are no exposure left from the atmospheric testings during the Cold War.
@@frimodig How about the radioactive contamination that still exists at these sites to this day? And the fallout that drifted halfway across the world, landing in the oceans, lakes, field, etc and entering the food chain?
top... muito obrigado... poderia criar um capitulo 2... best reguards from brazil...
This is a terrible beauty
Music?
Nukes Made
Humans Feel
As If They Were
God\s
Firsth
You made this with generative AI?
I dare you to simulate a fake nuclear test using ai.
No "AI art", please.