High-Energy Particle Astrophysics

High-Energy Particle Astrophysics studies the universe's most energetic particles, including cosmic rays, gamma rays, and neutrinos. These particles, which can originate from phenomena like supernovae, black holes, and neutron stars, provide insights into fundamental physics and the extreme conditions of the cosmos. In relation to Nuclear Astrophysics, this field explores how nuclear reactions in stars and explosive events create heavy elements and influence cosmic evolution. By analyzing high-energy particles, scientists can understand the processes powering the universe and unravel mysteries about its origins and structure.