Relativistic laser pulses in plasma channels show rapid centroid oscillation damping from axial frequency chirp caused by relativistic channel modification and photon deceleration, leading to slice phase mixing.
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physics.acc-ph 2years
2026 2verdicts
UNVERDICTED 2representative citing papers
Combining electron beam and laser spectral diagnostics constrains plasma density profiles in a 10 GeV LPA, leading to validated simulations that predict 15 GeV beams in 65 cm accelerators and ~20 GeV in 70 cm.
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Damping dynamics of the centroid oscillation of a relativistic laser pulse in a plasma channel
Relativistic laser pulses in plasma channels show rapid centroid oscillation damping from axial frequency chirp caused by relativistic channel modification and photon deceleration, leading to slice phase mixing.
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Revealing Laser and Electron Beam Evolution in 10-GeV-class Laser-Plasma Accelerators
Combining electron beam and laser spectral diagnostics constrains plasma density profiles in a 10 GeV LPA, leading to validated simulations that predict 15 GeV beams in 65 cm accelerators and ~20 GeV in 70 cm.