High Energy Nuclear Physics

High energy nuclear physics studies about the behavior of nuclear matter in energy regimes. The most primary focus of this field is the study of heavy ion collisions and as compared to the lower atomic mass of atoms in other particle accelerators. At the very enough collision energies there are many of these types of collisions which is mainly theorized to produce the quark -gluon plasma. Traditional nuclear physics has been only devoted to study about the nuclei which are gently carried out. Using the high energy beams of heavy nuclei ions we can create states of nuclear matter that are very far removed from the ground state. At the very sufficient high densities and temperatures, the neutrons and the protons should melt into their constituent quarks and gluons. In the very high energy collisions of heavy nuclei the quarks and gluons are released from their hadronic bounds and forms a new state of matter which is generally called as Quark-gluon plasma.

  • Cosmic Ray Acceleration
  • Gamma Ray Bursts
  • Active Galactic Nuclei
  • Cosmic ray theory
  • Gamma ray bursts theory
  • Gamma ray experiments
  • Ultra-high energy cosmic rays

    Related Conference of High Energy Nuclear Physics

    February 27-28, 2019

    Global Meet on Astrophysics & Space Science

    Paris, France
    April 08-09, 2019 |

    European Meet on Laser, Optics & Photonics

    Prague, Czech Republic
    May 13-14, 2019

    6th World Congress on Physics

    Paris, France
    August 02-03, 2019 |

    Global Summit on Applied Physics and Computational Mathematics

    Chicago, Illinois, USA
    August 02-03, 2019 |

    5th International Conference on Atomic and Nuclear Physics

    Chicago, Illinois, USA
    August 19-20, 2019

    Asia Pacific Physics Conference

    Tokyo, Japan
    October 14-16, 2019

    5th International Conference on Physics

    London, UK
    December 16-17, 2019

    International Conference on Bio and Medical Physics

    Dubai, UAE

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