Electronic structure based on time-dependent density functional theory
'octopus' is a computer package for the simulation of the electron-ion dynamics of finite systems in one and three dimensions under the influence of time-dependent electromagnetic fields. The electronic degrees of freedom are treated quantum mechanically within the time-dependent Kohn-Sham formalism, while the ions are handled classically. All quantities are expanded in a regular mesh in real-space; the simulations are performed in real-time. 'octopus' can also obtain static properties like ground-state geometries or static polarizabilities although it is not optimzed for this). The method employed proved quite reliable and general, and has been successfully used to calculate linear and non-linear absorption spectra, harmonic spectra, laser induced fragmentation, etc. of a variety of systems, from small clusters to medium sized quantum dots.
released on 5 September 2016
|License||Verified by||Verified on||Notes|
|GPLv2orlater||Kelly Hopkins||7 December 2009|
Leaders and contributors
|Miguel A. L. Marques||Maintainer|
Resources and communication
|Developer||VCS Repository Webview||http://www.tddft.org/svn/octopus/trunk|
This entry (in part or in whole) was last reviewed on 17 January 2017.
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