Challenges in Simulating Beam Dynamics of Dielectric Laser Acceleration

Autor: Niedermayer, Uwe, Adelmann, Andreas, Aßmann, Ralph, Bettoni, Simona, Black, Dylan, Boine-Frankenheim, Oliver, Broaddus, Peyton, Byer, Robert, Calvi, Marco, Cankaya, Huseyin, Ceballos, Andrew, Cesar, David, Cowan, Benjamin, Dehler, Micha, Deng, Huiyang, Dorda, Ulrich, Egenolf, Thilo, England, Robert, Fakhari, Moein, Fallahi, Arya, Fan, Shanhui, Ferrari, Eugenio, Feurer, Thomas, Frei, Franziska, Harris, James, Hartl, Ingmar, Hauenstein, Dominique, Hermann, Benedikt, Hiller, Nicole, Hirano, Tomohiko, Hommelhoff, Peter, Huang, Zirong, Huang, Y, Hughes, Tyler, Illmer, Johannes, Ischebeck, Rasmus, Jiang, Y., Kärtner, Franz, Kuropka, Willi, Langenstein, Tom, Lee, Yun Jo, Leedle, Kenneth, Lemery, Francois, Li, Ang, Lombosi, Csaba, Marchetti, Barbara, Mayet, Frank, Miao, Yu, Mittelbach, Anna, Musumeci, Pietro, Naranjo, Brian, Pigott, Alex, Prat, Eduard, Qi, Minghao, Reiche, Sven, Rivkin, Leonid, Rosenzweig, James, Sapra, Neil, Schönenberger, Norbert, Shen, Xinglai, Shiloh, Roy, Simakov, Evgenya, Skär, Eric, Solgaard, Olav, Su, Logan, Tafel, Alex, Tan, Si, Vuckovic, Jelena, Xuan, Hongwen, Yang, Kiyoul, Yousefi, Peyman, Zhao, Z., Zhu, Jun

Dielectric Laser Acceleration (DLA) achieves the high- est gradients among structure-based electron accelerators. The use of dielectrics increases the breakdown field limit, and thus the achievable gradient, by a factor of at least 10 in comparison t

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