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Ghost particle could have traveled 11 billion light-years to reach Earth

Scientists have traced a high-energy ghost particle to a hidden galaxy nicknamed 'Shadow Blaster,' potentially traveling 11 billion light-years.

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The brief

Researchers have identified a high-energy neutrino, often called a ghost particle, originating from a hidden galaxy known as 'Shadow Blaster.' While scientists initially expected to find a black hole, they instead discovered a neutrino factory powered by stars. Coverage from Nature and ScienceDaily emphasizes that these high-energy neutrinos are linked to compact dusty starbursts at cosmic noon.

CNN and Space report on the particle's immense journey, which may have spanned 11 billion light-years to reach Earth. Further analysis will likely focus on the role of the ALMA observatory, which revealed the 'Shadow Blaster' galaxy, and the nature of the star-powered processes creating these particles.

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Quick answers

What is the 'Shadow Blaster'?

It is a hidden galaxy revealed by ALMA that has been identified as the source of a high-energy ghost particle.

How far did the particle travel?

According to CNN, the ghost particle could have traveled 11 billion light-years to reach Earth.

What was the source of the neutrinos?

Rather than a black hole, scientists found a neutrino factory powered by stars, with Nature linking them to compact dusty starbursts at cosmic noon.

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