PoliticsSowmiya Srirameditor@indiaherald.comhttps://www.indiaherald.com/ImageStore/images/politics/politics_latestnews/-strange-things-that-penetrated-the-earth-what-will-happen-next16e77921-831a-48ee-9838-9ac601fa0fc3-415x250-IndiaHerald.jpghttps://www.indiaherald.com/ImageStore/images/politics/politics_latestnews/-strange-things-that-penetrated-the-earth-what-will-happen-next16e77921-831a-48ee-9838-9ac601fa0fc3-415x250-IndiaHerald.jpg

Every second, nearly 100 trillion neutrinos collide with our bodies. But due to their lightning speed, we cannot notice them. They also explain that it takes about a century for the neutrino particle to make some kind of interaction with the body. Scientists working at the IceCube Laboratory have discovered strange objects penetrating the Earth.

strange things{#}Professor;zero;Event7 strange things that penetrated the earth..!? What will happen next?strange things{#}Professor;zero;EventSun, 17 Mar 2024 17:33:00 GMT7 strange things that penetrated the earth..!? What will happen next?

Every second, nearly 100 trillion neutrinos collide with our bodies. But due to their lightning speed, we cannot notice them. They also explain that it takes about a century for the neutrino particle to make some kind of interaction with the body. Scientists working at the IceCube Laboratory have discovered strange objects penetrating the Earth. Scientists at the IceCube Observatory, located inside the ice caps at the Antarctic's South Pole, observed the rare events after 9.7 years. The seven objects detected are known as ghost particles and astrophysical tau neutrinos. Scientists theorize that they act as messengers between powerful aerial phenomena and humans. Also, neutrinos have zero mass and no charge. They can travel through space at the speed of light. Because of their parameters, neutrinos are said not to interact with anything they encounter. Every second, nearly 100 trillion neutrinos collide with our bodies. But due to their lightning speed, we cannot notice them. They also explain that it takes about a century for the neutrino particle to make some kind of interaction with the body.
Astrophysical neutrinos are high-energy neutrinos from cosmic sources near the edge of the Milky Way. These were first discovered in 2013. Now, with the discovery of astrophysical tau neutrinos, astronomers have discovered a new neutrino variant in the universe. "The discovery of tau neutrinos in astrophysics strongly corroborates the previous discovery of the diffuse astrophysical neutrino flux of the ice cube," says scientist Doug Cowan, a professor of physics at Penn University.Digital optical modules, also known as DOMs, will be used to detect neutrinos as the IceCube observatory travels around Earth. These are buried in the snow. 5,160 DOMs are buried deep under Antarctic ice. Neutrinos are waiting to create charged particles when they interact with ice molecules. As these charged particles pass through the ice, they emit a blue light. DOMs detect that.


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Source: India Herald - Sowmiya Sriram]]>