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The IPLAST project investigates the acceleration of cosmic rays by studying supernova remnants through high-power laser experiments and advanced simulations. It aims to create a laboratory–astrophysics bridge to provide validated inputs for models of particle acceleration, enhancing our understanding of cosmic phenomen…
Cosmic rays (charged particles that constantly strike Earth) remain one of astrophysics’ greatest mysteries: how are they accelerated to such extreme energies?
Supernova remnants (SNRs), where powerful shock waves interact with turbulent magnetic fields, are prime candidates.
Yet key processes such as particle injection efficiency, diffusion, and turbulence amplification remain poorly constrained.The IPLAST project will create the first laboratory–astrophysics bridge to address this challenge. B…
ISTITUTO NAZIONALE DI ASTROFISICA
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