The Silent Cosmic Intruders You Never Knew Existed!
Ghost Particles
By iastoppers.com
The IceCube Neutrino Observatory in Antarctica offers insights into the Milky Way galaxy using neutrino particles
Neutrinos, often referred to as 'Ghost Particles', are elusive and are produced when cosmic rays interact within the Milky Way
There are two categories of neutrinos: astrophysical neutrinos and those arising from cosmic ray collisions in Earth's atmosphere
These electrically neutral particles, known as fermions, have an almost negligible rest mass and interact mainly through weak forces
Every neutrino has an associated antiparticle called an antineutrino
stars like the Sun, supernovas, gamma-ray bursts, and when cosmic rays collide with interstellar matter
Neutrinos emerge from various cosmic events
What makes neutrinos special is their straight path to Earth, undistorted by magnetic fields or other interferences
These particles offer a unique perspective into high-energy events in our galaxy, offering views beyond the reach of light alone
IceCube in Antarctica is a pioneering gigaton neutrino detector, focusing on observing neutrinos from intense astrophysical sources
it captures the Cherenkov light produced when neutrinos interact with ice
The detection method of IceCube is indirect