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RB-SFA.nb
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RB-SFA.nb
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"RB-SFA is a compact and flexible Mathematica package for calculating High \
Harmonic Generation emission within the Strong Field Approximation. It \
combines Mathematica\[CloseCurlyQuote]s analytical integration capabilities \
with its numerical calculation capacities to offer a fast and user-friendly \
plug-and-play solver for calculating HHG spectra and other properties. In \
addition, it can calculate first-order nondipole corrections to the SFA \
results to evaluate the effect of the driving laser\[CloseCurlyQuote]s \
magnetic field on harmonic spectra. There is also an experimental section for \
calculating spectra using quantum-orbit methods.\n\nThe name RB-SFA comes \
from its first application (as Rotating Bicircular High Harmonic Generation \
in the Strong field Approximation) but the code is general so RB-SFA just \
stands for itself now. The publications by the author that use this code are:\
\n\n \[Bullet] The imaginary part of the high-harmonic cutoff. E. Pisanty, \
M.F. Ciappina and M. Lewenstein. ",
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mid-infrared laser fields. E. Pisanty et al. ",
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".\n \[Bullet] Strong-field approximation in a rotating frame: high-order \
harmonic emission from p states in bicircular fields. E. Pisanty and \
\[CapitalAAcute]. Jim\[EAcute]nez-Gal\[AAcute]n. ",
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Pisanty Alatorre. ",
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bicircular fields. E. Pisanty, S. Sukiasyan and M. Ivanov. ",
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".\n \nThis code is dual-licensed under the GPL and CC-BY-SA licenses; you \
are free to use, modify, and redistribute it, but you must abide by the terms \
in either of those licenses.\n\nIn addition to that ",
StyleBox["legal",
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" obligation, if you use this code in calculations for an academic \
publication, you have an ",
StyleBox["academic",
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" obligation to cite it correctly. For that purpose, please cite the PhD \
thesis above, or use a direct citation to the code such as\n\n E. Pisanty. \
RB-SFA: High Harmonic Generation in the Strong Field Approximation via ",
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". ",
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one of the ",
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".\n\nThis software consists of the Mathematica notebook `RB-SFA.nb`, which \
contains the code and its documentation, a corresponding auto-generated \
package file `RB-SFA.m`, which provides the package functions to other \
notebooks, a `Usage and Examples.nb` notebook which explains how to install \
and use the code, and documents the calculations used in the original \
publication, and a (draft) `Quantum Orbits Usage.nb` notebook documenting the \
use of the quantum-orbit functionality. PDF printouts of all notebooks are \
also provided."
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