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CPL

  • Plasma-based pulse compression methods aimed at next-generation zettawatt lasers

  • Generation of THz waves and cosmic radio bursts arising from plasma phenomena

  • Particle acceleration resulting from laser-plasma interactions

  • Radiation reaction of an accelerating charge

  • QED (quantum electrodynamics) in laser-plasma systems

  • Advancing the development of electromagnetic particle-in-cell codes and envelope codes to model these complex phenomena



ELEP

Laser-plasma interactions

  •  Development of new plasma sources 

  • Generation of high quality electron beams 

  • Betatron X-ray source generation 

  • LWFA with external injection from conventional RF accelerators 

  • Plasma lens for focusing electrons 

  • Strong THz generation 

  • Plasma optics 


Laboratory Astrophysics 


  • Extreme and exotic plasmas from intense laser-plasma interactions 

  • Relativistic electron-positron pair plasma generation 


X-ray Free Electron Lasers (XFELs)


  • Self-seeded Hard X-ray Free Electron Lasers 

  • New XFEL modes 

  • Compact XFEL using laser wakefield accelerators 

  • EUV-FEL 


Collaboration

ELEP-LAB in Phys. Dept. UNIST, x-LaPPLAs in Phys. Dept. UNIST,    Laser-Plasma Acceleration Laboratory in GIST,   Plasma Photonics in Univ. Strathclyde of UK,   Prof. Dongsu Ryu,   Prof. Kyujin Kwak,   Prof. Jae-Young Kim in Phys. Dept. UNIST.


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