Results if atomic bombs explode in the deepest ocean trench

What happens if we detonate the strongest nuclear weapon of mankind in the deepest part of the ocean?

Currently, the deepest point on Earth is in the Mariana trench. is a very deep valley, located at the intersection of two tectonic plates and looks like an upside down mountain. This channel has a depth of up to 11km, nearly three times deeper than where the Titanic sinks.

This is one of the last places on the undiscovered human Earth. Without light and pressure 1000 times the atmosphere, the Mariana trench is a well-preserved environment because it has not been affected by humans, a great place to try nuclear weapons.

We will use the largest nuclear bomb in human history ever exploded, the RDS-220 hydrogen bomb, also called . With great destructive power, its shockwave circled the Earth three times and its mushroom-shaped clouds spread 56km across the sky.

These bombs emit so much energy that they can vaporize the lake.

The shockwave of the bomb was powerful enough to destroy everything in the area of ​​1000 km ² . Its fireball is hot enough to melt debris.

These bombs emit so much energy that they can vaporize the lake. If we detonate the bomb in Mariana's groove, that will definitely happen.

Let's press the trigger button.

In the first few milliseconds, the atomic material will start a chain reaction and explode with an energy equivalent to 50 million tons of TNT.

For the first time in history, the maximum light will spread throughout the groove. The heat from the explosion that created the gap was a flaming bubble that contained steam , radioactive elements and the remnants of the unlucky fish.

The bubble is getting bigger because it evaporates the water around. The pressure of the balloon is extremely large, constantly causing it to expand but there is nothing to block, creating a seismic shock that can be detected by measuring points and whales around the world. Vibration will disappear quickly when it appears.

On the surface of the Earth, this fire ball can be up to 10km wide only after exploding 1 second under the weak atmosphere of the atmosphere. But the pressure at the bottom of the Mariana groove is very large. With 11km of water at the top, the pressure in the Mariana groove is like being crushed by a hydraulic press from all sides.

A second after detonating, the balloon only has a diameter of 1 km. Then it starts to shrink. The balloon is overly strained, losing pressure until its juice becomes smaller.

The deadly fire bridge and sea water kept going back and forth several times, the bubble shrank and stretched until it could not win back the sea. The surrounding pressure is too great and the seawater starts to break it down. It turned into something like a mushroom cloud, but in the water. It dissolves into smaller bubbles, is hot and contains radioactive material, floating upwards.

The aftershock of the explosion also reached the surface, but it did not harm.

The aftershock of the explosion also reached the surface, but it did not harm. It was just a small wave, pinching radioactive bubbles on the Pacific Ocean.

No tsunami devastated Japan or California, but ships and whales in the area may not be happy.

The residue of radioactive material will dissolve into the Pacific in a few days, but most of the radioactive material and salt will fly to the atmosphere, where it condenses and rains.

As soon as the wind blows these substances directly to the Philippines, the rain probably rises into the ocean. The risk lies in the fact that the explosion may involve earthquakes and volcanoes.

Although detonating the bomb where the two geological areas intersect, disaster is unlikely. The explosion will evaporate a part of the sea floor, turning many sand into glass, but most of the energy generated will go into the water, not creating seismic.

Does the explosion affect Earth's orbit? Since no mass is lost or added, Earth's orbit will not change.