What would happen if a marshmallow hit the earth at the speed of light? Can you talk about it?

The speed of light is the fastest speed known at present, so what happens if a cotton candy hits the earth at the speed of light? What kind of harm will it do to the earth? Cotton candy can be traced back to ancient Egypt. 1950, marshmallows made of sugar, gelatin and water were very popular. It is said that in the United States alone, it sold about 40 million kilograms a year, but at that time, marshmallows were baked on the fire and biscuits were eaten together. So what happens when this marshmallow flies to the earth at the speed of light?

What would happen if a marshmallow was thrown into space and hit the earth at the speed of light? First of all, there are many bubbles in marshmallows. Due to the atmospheric pressure of the earth, these bubbles remain stable. But once they come into space and are in a vacuum environment, the bubbles inside the marshmallows will begin to expand and become much larger than those on the earth, without the constraint of atmospheric pressure. At this speed, marshmallows cannot move at the speed of light, but we can assume that all the adverse effects can be eliminated. When cotton candy enters the atmosphere, it will hit atmospheric particles at the speed of light. At this speed, the particles will pierce the marshmallow and stay inside. Therefore, when cotton candy flies to the earth, its weight will increase continuously, which may eventually lead to cotton candy bursting and then burning completely in the air.

High temperature will cause the carbon in cotton candy to turn black, harden and turn into graphite. If you don't consider the dissipation in air friction and directly impact the earth with huge energy, the damage it can cause will be different according to the location of the impact on the earth. In 20 19, NASA once made a simulation, and if cotton candy below the speed of light hits New York State, it may lead to 1.3 million deaths. For example, in 20 13, the Ceria meteorite exploded at a height of 19 to 24 kilometers over Russia, and the explosion at a height of10/000 tons caused about 1000 people to be injured.

At the speed of light, soft cotton candy can also become very dangerous. The atoms in the sky will continue to increase their mass. The greater the mass, the faster the speed, and the more energy the impact will carry. It's just that none of this will happen, and the friction of the air will make it burn without even ashes.