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Explore the extreme physics of atomic nuclei acceleration to 100 Joule energies in this 43-minute conference talk by Roger Blandford from Stanford University. Delve into the fascinating world of exotic relativistic astrophysical objects, including black holes and neutron stars, and their spectacular phenomena that challenge our current understanding of plasma processes. Examine recent groundbreaking observational discoveries such as the first images of accreting black holes at event-horizon scales and the mysterious Fast Radio Bursts. Learn how classic nonlinear plasma processes like magnetic reconnection and shocks operate under extreme conditions where relativistic, radiative, and quantum electrodynamics (QED) effects become crucial. Discover the interdisciplinary approaches required to understand these phenomena, combining insights from observational and theoretical high-energy astrophysics, plasma theory, computational physics, and experimental laser-plasma and pulsed-power research. Gain insights into the current progress in extreme plasma physics, promising strategic directions for future research, and prospects for novel laboratory studies that could provide key physics insights into the behavior of plasmas under the most extreme conditions in the universe.
