… coupling strengths. The conditions are found for which the delay of a phase-… pulse decreases
when the coupling strength increases and can even become negative, switching the pulse …

… Amplification of light pulses using SBS was abandoned since it is not suitable for pulses …
In this Letter, we report the first experimental demonstration of short light pulse amplification …

Short light pulse … coupled regime and therefore the pulse compression is not limited by
the ion-acoustic wave period. The mechanism is very efficient due to the large ratio of light …

… of 100 TW class femtosecond lasers currently used for laser-driven electron acceleration
experiments [30], for which controlling the light pulse velocity could be particularly relevant. …

… We employ a 12-fs control pulse centred at a photon energy of 1.55 eV to excite electrons …
Notably, for the large coupling strengths achieved in our experiment, we find that dephasing …

… width, and the peak amplification factor are investigated as functions of the coupling strength
… We analyze then the trapping of light pulses and their subsequent release on demand, after …

… any expansion and calculate P(t) exactly to all orders by solving the coupled equations (4). …
laser pulse population is transferred to the excited state and, provided the coupling strength …

… coupling constant g is not a frequency but 1/ sec. The use of the rotating-wave approximation
is justified as we consider light pulses … a set of coupled Heisenberg-Langevin equations 18 …

… -beam-coupling gain coefficient is proportional to the square of the electric field correlation
of the incoming light pulses. Consequently we show that two-beam-coupling experiments can …

… An extra qubit Q W was strongly and dispersively coupled to R R to probe the intraresonator
quantum state via its photon-dependent frequency shift (−1.26 MHz per photon) using pulse …