Scientists are conducting unique experiments to reduce the increasing incidence of global warming. American researchers are reflecting sunlight back into the solar system by showering salt particles in the ocean. This will reduce the amount of sunlight which will help in reducing the temperature of an area.
Scientists using cloud brightening technology
Due to the increasing outbreak of global warming, heat records are being broken every year across the world. In such a situation, American scientists are working on sending the sun's rays back to keep the earth cool.
According to the New York Times report, scientists have used cloud brightening technology , which will reflect a portion of the light coming from the sun. This will reduce the temperature of that area. If this experiment is successful then it will help in reducing the rising temperature of the sea.
Scientists doing secret test
On April 2, researchers at Washington University released a mist of salt particles at high speed into the sky from a ship. This experiment was named CAARE (Coastal Atmospheric Aerosol Research and Engagement), which is secret.
Under this, scientists want to use clouds like mirrors to reflect the light coming from the sun. This concept was first introduced by British physics scientist John Latham in 1990. He proposed to build a fleet of 1000 ships, which would travel around the world and do such spraying in the ocean, which could help in controlling solar heat and rising temperatures.
How will this work?
Scientists are using simple science in this technology. By spraying in large numbers, maximum light can be reflected. In such a situation, sunlight can be sent back to the solar system by spraying aerosol slot water over the ocean. However, the size of the particles is quite important for this.
If the particles become smaller they will not be able to reflect light. At the same time, larger sized particles will also not be able to send back much light. Scientists say that for this, the correct size of the particle should be 1/700th of the thickness of a human hair and about four billion particles would be required every second.
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