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  1. sciencedirect.com

    The seed magnetic field generated by some of the mechanisms mentioned above or other ways is considered to be amplified by mixing or dynamo effect of the universe or by other ways [21] up to today's field strength in cosmological time scale. The magnetic field amplification due to turbulent mixing [22] has been experimentally demonstrated. One important topic on magnetic field amplification is ...
    Author:Yasuhiro Kuramitsu, Hsu Hsin Chu, Lin Ni Hau, Shih Hung Chen, Yao Li Liu, Chia Ying Hsieh, Youichi S...Published:2015
  2. The rapid progress in high-intensity laser technology is bringing the possibility to study some of these extreme plasma processes in the laboratory experiments for the first time and validate theoretical and numerical models. Relativistic e+e-pair plasmas with densities up to 1016 cm-3
    Author:D. Uzdensky, M. Begelman, A. Beloborodov, R. Blandford, S. Boldyrev, B. Cerutti, F. Fiuza, D. Gianni...Published:2019
  3. astro.wisc.edu

    Despite many decades of progress in cosmology, we still do not know when or how magnetic fields originated in the Universe. Plasma astrophysics is the study of how astrophysical systems interact with electromagnetic fields, and how the fields originated. UW-Madison is an exceptionally good place to study plasma astrophysics.
  4. Extreme Plasma Astrophysics 2 1. Introduction 1.1. The scope and structure of plasma astrophysics Astrophysical and space plasmas are complex [1]. To start with, they are almost always immersed in magnetic fields. In addition, they are often bathed in radiation fields with photons over a wide range of wavelengths across the electromagnetic ...
  5. mpi-hd.mpg.de

    Prominent examples are radiation reaction effects in plasmas, where the recoil due to photon emissions drastically alters the emitting particle's dynamics, the generation of intense collimated gamma rays and of dense high-energy spin-polarized particle beams in laser-plasma and beam-plasma interaction, QED cascades with the transformation of ...
  6. sas.rochester.edu

    They study cosmic tomography using the Lyman-alpha forest and do searches for cosmologically significant transients (supernovae, kilonovae, and tidal disruption events). Eric Blackman- Professor Blackman's research spans a broad range of topics in Theoretical Astrophysics. He has worked on both the physics and the astrophysical phenomenology ...
  7. cambridge.org

    However, this initial small idea has grown to the proposal of a new research field of astrophysics, namely laboratory astrophysics. It should be noted that the progress from a premature idea of code validation to the new method of astrophysics study is thanks to the many complaints from the laser-plasma scientists.
  8. The plasma behavior in such extreme, relativistic, and of-ten radiative, environments can depart significantly from that of traditional non-relativistic plasmas studied in the laboratory and in space. Despite significant advances in theoretical and numerical studies of relativistic pair plas-mas, our understanding of the plasma dynamics at these

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