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Cosmic Rays

Gamma Rays Radiation Effects Relativistic Electrons Inverse Compton Scattering Ultra-High-Energy Cosmic Rays Magnetic Turbulence Deuterons Ultrahigh-energy Cosmic Rays Detection Methods LHAASO Experiment Supermassive Black Holes Strange Particle Production Particle Physics High Energy Collisions Black Holes Microquasars Dark Photon Air Showers Nuclei Production CR-MHD Modeling Cosmic Ray Electrons Particle Acceleration Cosmic Background Radiation Interstellar Dust Blazars Micro-Quasars ANITA Experiment High-Energy Physics Antarctic Research Alpha Magnetic Spectrometer High-Energy Particles Proton Acceleration Magnetic Fields Space Radiation Observational Astronomy Neutrino Detection Gamma Radiation

Lab Study Shows Peptides Can Form on Icy Space Dust Under Cosmic-Ray Conditions

Laboratory simulations of icy dust grains under cosmic-ray bombardment reveal a non-aqueous route to peptide formation.

Cosmic-Ray Theory Raised in JetBlue A320 Plunge as Airbus Updates Fleet

LHAASO Links Cosmic-Ray 'Knee' to Black Hole Micro-Quasars

CERN Experiment Recreates Blazar Pair Cascades, Points to Intergalactic Magnetic Fields

VLBA Unveils Toroidal Magnetic Field in Neutrino-Bright Blazar Jet

Electric Fields and X-Rays Drive Photoelectric Chain That Ignites Lightning

Antarctic Balloon Experiment Detects Radio Pulses from Deep Beneath Ice

Supermassive Black Hole Winds Proposed as Source of Ultra-High-Energy Cosmic Rays