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@unpublished{chappell:linac2022-mo2aa03, author = {J. Chappell and R.T.P. D’Arcy and J. Osterhoff}, title = {{The FLASHForward Experiment at DESY}}, booktitle = {Proc. LINAC'22}, language = {english}, intype = {presented at the}, series = {International Linear Accelerator Conference}, number = {31}, venue = {Liverpool, UK}, publisher = {JACoW Publishing, Geneva, Switzerland}, month = {09}, year = {2022}, note = {presented at LINAC'22 in Liverpool, UK, unpublished}, abstract = {{The FLASHForward experiment at DESY is a beamline built for electron-beam-driven plasma-wakefield acceleration. The drive beams, supplied by the linac of the free-electron laser FLASH, have energies of up to 1.40 GeV, a charge of up to 1 nC, emittance of a few mm mrad, a pulse duration down to 50 fs, and can be supplied at up to MHz repetition rates. In the future, FLASHForward aims to operate as a beam-quality-preserving, high efficiency, high-average-power plasma-based energy booster for FLASH. To achieve this, during its first data-taking period (2018-2021) novel techniques were developed to enable high-quality plasma wakefield acceleration at >GV/m accelerating gradients*. Further, the upper limits of the achievable repetition rate of plasma-based accelerators were explored for the first time with a view to demonstrating high-average-power (>kW) operation**. We report on recent experimental highlights and future plans for the facility.}}, }