Strong field physics and QED experiments with ELI-NP 2×10PW laser beams

I. C. E. Turcu, S. Balascuta, F. Negoita, D. Jaroszynski, P. McKenna

Research output: Contribution to journalConference Contribution

7 Citations (Scopus)

Abstract

The ELI-NP facility will focus a 10 PW pulsed laser beam at intensities of ∼10 23 W/cm 2 for the first time, enabling investigation of the new physical phenomena at the interfaces of plasma, nuclear and particle physics. The electric field in the laser focus has a maximum value of ∼10 15 V/m at such laser intensities. In the ELI-NP Experimental Area E6, we propose the study of Radiation Reaction, Strong Field Quantum Electrodynamics (QED) effects and resulting production of Ultra-bright Sources of Gamma-rays which could be used for nuclear activation. Two powerful, synchronized 10 PW laser beams will be focused in the E6 Interaction Chamber on either gas or solid targets. One 10 PW beam is the Pump-beam and the other is the Probe-beam. The focused Pump beam accelerates the electrons to relativistic energies. The accelerated electron bunches interact with the very high electro-magnetic field of the focused Probe beam. The layout of the experimental area E6 will be presented with several options for the experimental configurations.

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quantum electrodynamics
laser beams
physics
nuclear particles
pumps
probes
plasma physics
nuclear physics
layouts
lasers
pulsed lasers
electromagnetic fields
electrons
chambers
activation
gamma rays
electric fields
radiation
configurations
gases

Keywords

  • pulsed laser beam
  • electric field
  • laser focus
  • Strong Field Quantum Electrodynamics
  • QED

Cite this

Turcu, I. C. E. ; Balascuta, S. ; Negoita, F. ; Jaroszynski, D. ; McKenna, P. / Strong field physics and QED experiments with ELI-NP 2×10PW laser beams. In: AIP Conference Proceedings. 2015 ; Vol. 1645, No. 1. pp. 416-420.
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abstract = "The ELI-NP facility will focus a 10 PW pulsed laser beam at intensities of ∼10 23 W/cm 2 for the first time, enabling investigation of the new physical phenomena at the interfaces of plasma, nuclear and particle physics. The electric field in the laser focus has a maximum value of ∼10 15 V/m at such laser intensities. In the ELI-NP Experimental Area E6, we propose the study of Radiation Reaction, Strong Field Quantum Electrodynamics (QED) effects and resulting production of Ultra-bright Sources of Gamma-rays which could be used for nuclear activation. Two powerful, synchronized 10 PW laser beams will be focused in the E6 Interaction Chamber on either gas or solid targets. One 10 PW beam is the Pump-beam and the other is the Probe-beam. The focused Pump beam accelerates the electrons to relativistic energies. The accelerated electron bunches interact with the very high electro-magnetic field of the focused Probe beam. The layout of the experimental area E6 will be presented with several options for the experimental configurations.",
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Strong field physics and QED experiments with ELI-NP 2×10PW laser beams. / Turcu, I. C. E.; Balascuta, S.; Negoita, F.; Jaroszynski, D.; McKenna, P.

In: AIP Conference Proceedings, Vol. 1645, No. 1, 25.02.2015, p. 416-420.

Research output: Contribution to journalConference Contribution

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AU - Balascuta, S.

AU - Negoita, F.

AU - Jaroszynski, D.

AU - McKenna, P.

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AB - The ELI-NP facility will focus a 10 PW pulsed laser beam at intensities of ∼10 23 W/cm 2 for the first time, enabling investigation of the new physical phenomena at the interfaces of plasma, nuclear and particle physics. The electric field in the laser focus has a maximum value of ∼10 15 V/m at such laser intensities. In the ELI-NP Experimental Area E6, we propose the study of Radiation Reaction, Strong Field Quantum Electrodynamics (QED) effects and resulting production of Ultra-bright Sources of Gamma-rays which could be used for nuclear activation. Two powerful, synchronized 10 PW laser beams will be focused in the E6 Interaction Chamber on either gas or solid targets. One 10 PW beam is the Pump-beam and the other is the Probe-beam. The focused Pump beam accelerates the electrons to relativistic energies. The accelerated electron bunches interact with the very high electro-magnetic field of the focused Probe beam. The layout of the experimental area E6 will be presented with several options for the experimental configurations.

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