The story of 50 megatons nuclear bomb

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Kimmo Huosionmaa

In 1961 The Soviet Union exploded the most powerful nuclear weapon ever. Its code name was “Tsar” (RDS 220) and the power of that weapon was 50-60 megaton. The explosion happened at Novaja-Zemlja and the power of that detonation was the size of all explosives what was used in the Second World war multiplied by ten. The unit was massive FFF-(Fission Fusion-Fission) bomb, what structure was like the onion, with layers of lithium and natural uranium. Nowadays the scientists think that the reason to build and detonate this monstrous weapon was that the Soviet Air Force didn’t expect that their bombers and missiles were getting close enough to their targets, and that’s why they build the most powerful nuclear detonator ever built. In that time nuclear weapons were more powerful than today because the guidance systems of missiles and bombers were not enough advanced.


That was the reason, why those weapons needed to be very powerful. Also, detonation systems were not allowed to synchronize the group explosions, where multiple warheads could detonate at the precisely same time. The 50 megaton nuclear explosive would seem like dramatic, but the problem of those very powerful weapons is, that they would destroy all Europe by the single shot. In this scenario, both side troops would also be destroyed, if that kind of monstrous weapon would be detonated. The problems with building the nuclear weapons are that their destructive area must be known very good, that they would have any tactical use.


Then we are talking about the weapons, what have the size of “Tsar-bomb” there is very small change, that there would create the black hole in the atmosphere. In this scenario in the bomb would leave the symmetrical dust bite, and then the explosives would press enough energy to the small bite, that it would turn to singularity or black hole. “Tsar-bomb” is the base of “Status-6” nuclear torpedo. This weapon would create the huge tsunami if it would be detonated at sea, and both beaches would cause very much damages. If the Tsar-bomb would detonate at Helsinki, the Saint Petersburg would destroy at the same time. But when we are talking about the development of nuclear weapons, there is one thing what the developer must know. It is the purpose of developing that weapon.


There are two types of nuclear warheads. Another is very powerful strategic weapons, what mission is to give threat to other nations. The other type of weapons is smaller tactical devices, what are meant to destroy enemy troops. In that mission, the user of the nuclear weapon must know the destruction radius exactly. If this radius is not well known, the nuclear weapon would cause the destruction of both sides of the troops. Radioactive fallout makes the area dangerous for people, and the massive cleaning operations must be done. The super powerful weapons are so-called mutual associated nukes. Their mission would be last change. if the war has begun.

Sources:

https://www.youtube.com/watch?v=aMYYEsKvHvk

https://en.wikipedia.org/wiki/Tsar_Bomba

https://en.wikipedia.org/wiki/Status-6_Oceanic_Multipurpose_System

Picture 1:

http://au.static.lalalay.com/upload/images/real/2017/10/28/tsar-bomba-mushroom-cloud__941725_.jpg?content=1

What if the "Tsar Bomba" would explode in the Mariana Trench"?

"Tsar Bomba"
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Kimmo Huosionmaa

I have sometimes written the situation, what happens if the 50-60 megaton nuclear device will be detonated in the Mariana Trench. In those scenarios, the best thing, what could happen, would be that a couple of millions of people will be died by the tsunamis and nuclear winter, what is caused that the boiling water would shadow the sun for a couple of months. That could cause the ecological disaster all around our planet.


https://youtu.be/A7eb1DHZ9GQ

There is a movie about this case below this text. There is the scenario, that the bomb would be crushed by the pressure, but we must remember, that those weapons are planned by men, who will be testing that kind of devices before they will go to operative use.  Some persons think that even if the pressure will crush the nuclear bomb, the implosion parts can still push against together.


That could have the effect to explode lithium, what is inside that device. It´s true that the pressure in the Mariana trench is devastating, but the bomb might fill with heavy water or some other liquid, what cannot be pressurized as the smaller size. The effect of the liquid material in this bomb could be similar than the oil has in the Bathyscaphe Trieste. The bomb might have the shape of a fully geometrical tube or ball, what would give it the capacity to dive in the very deep.


This weapon can be delivered by any cargo plane in the world, and if the weapon will explode at the Mariana trench, would even all planet Earth will fly out its trajectory, and that might cause the end of the life on this planet. So the problem with that explosive would be that the pressure of the water doesn't let the pressure of the explosion rise upwards, and if this scenario will cause in the  real life, could the pressure line travel in the trenches at the bottom of the Pacific even weeks, and it could raise very high tsunamis everywhere in the Pacific area.


And it could crush our home planets core in the pieces. I sometimes have thought was the planet Mars actually at the same orbiter around the sun than the Earth is now. And then the massive volcano eruption pushed it at the trajectory, where it is now, and that would happen if the "tsar bomba" will explode at the Mariana trench.


When the massive weight of the water will start to boil in the seconds at the temperature of millions of degrees, that phenomenon could cause the same kind of effect than racket motor has, and the eruption of the volcano would boost it for the next level. In this scenario, the massive nuclear explosion will break the bottom of the Mariana trench, and then there would begin the volcano eruption.

Sources

https://youtu.be/A7eb1DHZ9GQ

Picture 1

http://www.slate.com/content/dam/slate/blogs/atlas_obscura/2014/10/30/tsar_bomba_the_most_powerful_nuclear_weapon_ever/tsar_photo11.jpg.CROP.promo-mediumlarge.jpg

Even the best formula driver is nothing without good equipment and the team, and this same thing can be conducted to any other thing in the world.

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Kimmo Huosionmaa

Text on the heading of this text is meant describing the problem of the science or anything, where the person wants to be on the top.  Every master in the world needs good equipment, but also the team is very important. Only the best orchestras make the master's symphonies feel good. If the musicians can't do their job and handle the instruments, the result is not what people expect. And of course, the capelle master must know what are the instruments, what are meant for this particular symphony. The scientist is facing the same kind of the problems that some rally or formula driver or musician.


Making good science needs good equipment and of course good team, what gives everything in that investigation. Also, they must realize that every part of the science is used a different kind of instruments. And the astronomers don't even need the particle accelerators when they are looking for exoplanets. But in this world, where everything is possible, the astronomers can probably create the wormhole, what can use as the cosmic light cable for bringing the photons from that distant object to the Earth, and with that thing, the physics and astronomers can make the cosmic "camera obscure", what they can use as making the observations of distant stars.


In this fictional scenario, the "Einstein-Rosen bridge", what size is smaller than the nucleus of the atoms works like light fiber and brings the light from the other side of that thing. The problem with wormholes is that the physics must be sure, that another side of the wormhole is at the right place in the universe. The energy what is needed is anonymous, and that's why those wormhole things like traveling thru them are only the level of the theory.


And the top equipment guarantees that the evidence of the new findings of that information will be recorded, that these new findings will be recorded as the scientific community wants. Of course, that reaction or result of the test must be renewed in same conditions than the original test is made, without dependence who made that test. In the world of science, the problem of being on the top means that the scientist must use the top equipment.


That will be very problematic because there is only one "Hadron" accelerator in the world. Those super particle accelerators are so problematic, because every time when the power of that instrument rises, the scientists will find new particles of the universe. And being the top of the physics, must the scientist use the highest energy levels that the system can create.


Those superconductors are the most impressive instruments of science, and that will make the illusion that the science is very expensive. In the real world have been made another investigation, what is very interesting. In that investigation the scientists tested, is the bitumen liquid or solid component.


Scientists put the bite of bitumen in the funnel, and then they wait if the bitumen will fall from the hole of the funnel, and the result was very interesting and it shakes all the world. The bitumen is the liquid.  Do you know why I wrote this? The essence of the bitumen is very important if it is used in some places, where it can fall in some holes.  But in the real world also the work, what is done with the "Hadron" would change the way how we think about the universe.


That high power accelerator will give us the new information of the time. And of course, the information, what that anonymous machine will bring to the engineers will help them to understand the ways to stop the time. In the tests, the high mass artificial nuclear particles have been driven thru the accelerator, and they existed longer time than usual. Then the speed of those particles rose to the speed of light, they were not burst.


And that was given the idea for the extremely powerful nuclear reactor, what bases the slowing time-effect. In this idea, the high mass isotopes, what is existing only in the million part of the second will accelerate near the speed of light. And in that reactor will the high power nuclear reaction possible, because the time in that accelerator was slowing. Those reactors would be extremely powerful and lightweight. In some fictional books or stories, the particle accelerator will be used as the time machine, where the time will be slow by accelerating the module in the speed of the light in that circle.


That would be possible to do, and if some person will make the metallic, cigar or ball shape capsule, and shoot it in the track of the "Hadron" particle accelerator can this person travel to the future. That might have devastating possibilities if those persons will be able to come back from the future. That would give us the opportunity to look at the future.


And another way is to increase the mass of the capsule by pumping the electricity into it. In some scenarios in the future might people build the ring like Stonehenge, and then they might pump the electric power to the craft, what will change as the singularity, and falls out of our universe. In the real world those "time machines" will need the extremely powerful electricity, and that is the reason why that thing might ever test in the real life.


There is a story of the worlds most powerful nuclear explosion so-called "Tsar Bomba", that in the middle of the bomb was equipped the ball shape craft, and if the bomb will detonate perfectly symmetrical in the center of that explosive, would that thing become the "time machine", that means that it will be fallen out of our universe, because the powerful nuclear explosion would make the tiny black hole in the middle of the bomb. I think that the cosmonaut would die in that kind of operation. But this might be only the theory, and there is no physical evidence that there were send the Soviet cosmonaut to the future.

Picture source:

Picture 1 https://c.tadst.com/gfx/1200x630/stonehenge-solstice2.jpg?1