Compact, folded multi-pass cells for energy scaling of post-compression Article Swipe

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Arthur Schönberg , Supriya Rajhans , Esmerando Escoto , Nikita Khodakovskiy , Victor Hariton , Bonaventura Farace , Kristjan Põder , Ann-Kathrin Raab , Saga Westerberg , Mekan Merdanov , Anne‐Lise Viotti , Cord L. Arnold , Wim Leemans , Ingmar Hartl , Christoph M. Heyl ·

YOU? · · 2024 · Open Access · · DOI: https://doi.org/10.48550/arxiv.2409.02542

Combining high peak and high average power has long been a key challenge of ultrafast laser technology, crucial for applications such as laser-plasma acceleration and strong-field physics. A promising solution lies in post-compressed ytterbium lasers, but scaling these to high pulse energies presents a major bottleneck. Post-compression techniques, particularly Herriott-type multi-pass cells (MPCs), have enabled large peak power boosts at high average powers but their pulse energy acceptance reaches practical limits defined by setup size and coating damage threshold. In this work, we address this challenge and demonstrate a novel type of compact, energy-scalable MPC (CMPC). By employing a novel MPC configuration and folding the beam path, the CMPC introduces a new degree of freedom for downsizing the setup length, enabling compact setups even for large pulse energies. We experimentally and numerically verify the CMPC approach, demonstrating post-compression of 8 mJ pulses from 1 ps down to 51 fs in atmospheric air using a cell roughly 45 cm in length at low fluence values. Additionally, we discuss the potential for energy scaling up to 200 mJ with a setup size reaching 2.5 m. Our work presents a new approach to high-energy post-compression, with up-scaling potential far beyond the demonstrated parameters. This opens new routes for achieving the high peak and average powers necessary for demanding applications of ultrafast lasers.

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Scaling Compression (physics) Energy (signal processing) Computer science Physics Mathematics Thermodynamics Geometry Quantum mechanics

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Type: preprint
Language: en
Landing Page: http://arxiv.org/abs/2409.02542
PDF: https://arxiv.org/pdf/2409.02542
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DOI: https://doi.org/10.48550/arxiv.2409.02542

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Title: Compact, folded multi-pass cells for energy scaling of post-compression

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Language: en

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Publication year: 2024

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Publication date: 2024-09-04

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Authors: Arthur Schönberg, Supriya Rajhans, Esmerando Escoto, Nikita Khodakovskiy, Victor Hariton, Bonaventura Farace, Kristjan Põder, Ann-Kathrin Raab, Saga Westerberg, Mekan Merdanov, Anne‐Lise Viotti, Cord L. Arnold, Wim Leemans, Ingmar Hartl, Christoph M. Heyl

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Landing page: https://arxiv.org/abs/2409.02542

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PDF URL: https://arxiv.org/pdf/2409.02542

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Concepts: Scaling, Compression (physics), Energy (signal processing), Computer science, Physics, Mathematics, Thermodynamics, Geometry, Quantum mechanics

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abstract_inverted_index.solution	29
abstract_inverted_index.Combining	0
abstract_inverted_index.achieving	205
abstract_inverted_index.approach,	135
abstract_inverted_index.challenge	12, 85
abstract_inverted_index.demanding	214
abstract_inverted_index.employing	97
abstract_inverted_index.energies.	127
abstract_inverted_index.necessary	212
abstract_inverted_index.potential	168, 194
abstract_inverted_index.practical	69
abstract_inverted_index.promising	28
abstract_inverted_index.ultrafast	14, 217
abstract_inverted_index.ytterbium	33
abstract_inverted_index.acceptance	67
abstract_inverted_index.downsizing	116
abstract_inverted_index.introduces	109
abstract_inverted_index.multi-pass	50
abstract_inverted_index.threshold.	78
abstract_inverted_index.up-scaling	193
abstract_inverted_index.atmospheric	150
abstract_inverted_index.bottleneck.	45
abstract_inverted_index.demonstrate	87
abstract_inverted_index.high-energy	190
abstract_inverted_index.numerically	131
abstract_inverted_index.parameters.	199
abstract_inverted_index.techniques,	47
abstract_inverted_index.technology,	16
abstract_inverted_index.acceleration	23
abstract_inverted_index.applications	19, 215
abstract_inverted_index.demonstrated	198
abstract_inverted_index.laser-plasma	22
abstract_inverted_index.particularly	48
abstract_inverted_index.strong-field	25
abstract_inverted_index.Additionally,	164
abstract_inverted_index.Herriott-type	49
abstract_inverted_index.configuration	101
abstract_inverted_index.demonstrating	136
abstract_inverted_index.experimentally	129
abstract_inverted_index.energy-scalable	93
abstract_inverted_index.post-compressed	32
abstract_inverted_index.Post-compression	46
abstract_inverted_index.post-compression	137
abstract_inverted_index.post-compression,	191
cited_by_percentile_year
countries_distinct_count	0
institutions_distinct_count	15
citation_normalized_percentile