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diff --git a/Examples/Physics_applications/QED/inputs.2d b/Examples/Physics_applications/QED/inputs.2d
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--- a/Examples/Physics_applications/QED/inputs.2d
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-#################################
-####### GENERAL PARAMETERS ######
-#################################
-max_step = 200
-amr.n_cell =  128 128
-amr.max_grid_size = 128   # maximum size of each AMReX box, used to decompose the domain
-amr.blocking_factor = 32 # minimum size of each AMReX box, used to decompose the domain
-amr.plot_int = 10
-geometry.coord_sys   = 0                  # 0: Cartesian
-geometry.is_periodic = 0     0      # Is periodic?
-geometry.prob_lo     = -30.e-6   -56.e-6    # physical domain
-geometry.prob_hi     =  30.e-6    12.e-6
-amr.max_level = 0 # Maximum level in hierarchy (1 might be unstable, >1 is not supported)
-warpx.fine_tag_lo = -5.e-6   -35.e-6
-warpx.fine_tag_hi =  5.e-6   -25.e-6
-
-#################################
-############ NUMERICS ###########
-#################################
-interpolation.nox = 3 # Particle interpolation order. Must be the same in x, y, and z
-interpolation.noy = 3
-interpolation.noz = 3
-warpx.verbose = 1
-warpx.do_dive_cleaning = 0
-warpx.plot_raw_fields = 1
-warpx.plot_raw_fields_guards = 1
-warpx.plot_finepatch = 1
-warpx.plot_crsepatch = 1
-warpx.use_filter = 1
-warpx.cfl = 1. # if 1., the time step is set to its CFL limit
-warpx.do_pml = 1 # use Perfectly Matched Layer as boundary condition
-
-#################################
-############ PLASMA #############
-#################################
-particles.nspecies = 2 # number of species
-particles.species_names = photons electrons
-particles.photon_species = photons
-
-electrons.charge = -q_e
-electrons.mass = m_e
-electrons.injection_style = "gaussian_beam"
-electrons.x_rms = .5e-6
-electrons.y_rms = .5e-6
-electrons.z_rms = .5e-6
-electrons.x_m = 0.
-electrons.y_m = 0.
-electrons.z_m = -28.e-6
-electrons.npart = 100
-electrons.q_tot = -1.e-12
-electrons.profile = "constant"
-electrons.density = 8.e23 # not used in case of a gaussian beam
-electrons.momentum_distribution_type = "gaussian"
-electrons.ux_m = 0.0
-electrons.uy_m = 0.0
-electrons.uz_m = 500.
-electrons.ux_th = 2.
-electrons.uy_th = 2.
-electrons.uz_th = 50.
-
-photons.charge = -q_e
-photons.mass = m_e
-photons.injection_style = "gaussian_beam"
-photons.x_rms = .5e-6
-photons.y_rms = .5e-6
-photons.z_rms = .5e-6
-photons.x_m = 0.
-photons.y_m = 0.
-photons.z_m = -20.e-6
-photons.npart = 100
-photons.q_tot = -1.e-12
-photons.profile = "constant"
-photons.density = 8.e23 # not used in case of a gaussian beam
-photons.momentum_distribution_type = "gaussian"
-photons.ux_m = 0.0
-photons.uy_m = 0.0
-photons.uz_m = 500.
-photons.ux_th = 2.
-photons.uy_th = 2.
-photons.uz_th = 50.
-
-
-#################################
-############ PLASMA #############
-#################################
-lasers.nlasers      = 1
-lasers.names        = laser1
-laser1.profile      = Gaussian
-laser1.position     = 0. 0. 9.e-6        # This point is on the laser plane
-laser1.direction    = 0. 0. 1.           # The plane normal direction
-laser1.polarization = 0. 1. 0.           # The main polarization vector
-laser1.e_max        = 16.e12             # Maximum amplitude of the laser field (in V/m)
-laser1.profile_waist = 5.e-6             # The waist of the laser (in m)
-laser1.profile_duration = 15.e-15        # The duration of the laser (in s)
-laser1.profile_t_peak = 30.e-15          # Time at which the laser reaches its peak (in s)
-laser1.profile_focal_distance = 100.e-6  # Focal distance from the antenna (in m)
-laser1.wavelength = 0.8e-6               # The wavelength of the laser (in m)