Science & Research

Source of ultra-high-energy particles in Milky Way identified

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Source of ultra-high-energy particles in Milky Way identified
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This article was produced with AI assistance and editorially curated from public sources.

Composition and scale of cosmic radiation

Galactic cosmic rays are principally composed of protons, with only a minor fraction consisting of electrons. Their energy levels can exceed those achieved by particle accelerators built by humans.

Among terrestrial facilities is the Large Hadron Collider, situated along the Swiss-French border. It is capable of propelling protons to speeds close to that of light, illustrating the immense energy involved in such processes.

Relevance for galactic events

Given that even human-built machines can accelerate particles to near-relativistic velocities, it is understandable that naturally occurring rays of greater energy may shape phenomena across the Milky Way. The identified origin of these particles provides a reference for their part in cosmic dynamics.

  • Protons dominate the makeup of cosmic rays
  • Natural particle energies surpass those of ground-based accelerators
  • Large Hadron Collider as a benchmark for proton speed
  • Galaxy-wide impact of super-energetic particles

Frequently asked questions

Woraus bestehen kosmische Strahlen hauptsächlich?

Überwiegend aus Protonen mit einem geringen Anteil an Elektronen.

Wie vergleichen sich ihre Energien mit irdischen Beschleunigern?

Sie können die Energien künstlicher Anlagen wie des Large Hadron Collider übertreffen.