Identifying observable carrier-envelope phase effects in laser wakefield acceleration with near-single-cycle pulses
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16 citations
Cites background or methods from "Identifying observable carrier-enve..."
...The bubble centroid oscillation is caused by the slip of the laser pulse envelope with respect to the laser field oscillations [62,63]—the CEP slip—and manifests as a bubble modulation frequency Δωm=ω0 ∼ ðvp − vgÞ=c, where ω0 is the laser central frequency and vp and vg are the phase and group velocities, respectively, in the plasma....
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...As mentioned, prior simulations [62,63] show that a few-cycle LP driver pulse oscillates the bubble along the laser polarization direction, distorting the bubble’s accelerating field and the accelerated bunch....
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...One potential source of divergence associated with few-cycle drivers is presented in prior simulations [62,63]: the CEP slip caused by the difference in the pulse’s phase and group velocities in plasma....
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References
3,867 citations
"Identifying observable carrier-enve..." refers background in this paper
...Laser wakefield accelerators (LWFA) [1–5] are tabletop setups that can produce relativistic electron bunches with an extremely short (fs) bunch duration [6] and a small (μm) source size [7]....
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2,108 citations
"Identifying observable carrier-enve..." refers background in this paper
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...Laser wakefield accelerators (LWFA) [1–5] are tabletop setups that can produce relativistic electron bunches with an extremely short (fs) bunch duration [6] and a small (μm) source size [7]....
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1,854 citations
"Identifying observable carrier-enve..." refers background in this paper
...Laser wakefield accelerators (LWFA) [1–5] are tabletop setups that can produce relativistic electron bunches with an extremely short (fs) bunch duration [6] and a small (μm) source size [7]....
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...[3] J....
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1,749 citations
1,739 citations
"Identifying observable carrier-enve..." refers background in this paper
...Laser wakefield accelerators (LWFA) [1–5] are tabletop setups that can produce relativistic electron bunches with an extremely short (fs) bunch duration [6] and a small (μm) source size [7]....
[...]
...[4] S....
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