Difference between revisions of "Tutorial Series:Optical response"

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* Lesson 2: [[Tutorial:Convergence of the optical spectra|Convergence of the optical spectra]]
 
* Lesson 2: [[Tutorial:Convergence of the optical spectra|Convergence of the optical spectra]]
 
* Lesson 3: [[Tutorial:Optical spectra from Casida|Optical spectra from Casida]]
 
* Lesson 3: [[Tutorial:Optical spectra from Casida|Optical spectra from Casida]]
* Lesson 4: [[Tutorial:Triplet excitations|Triplet excitations]]
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* Lesson 4: [[Tutorial:Optical spectra from Sternheimer|Optical spectra from Sternheimer]]
* Lesson 5: [[Tutorial:Use of symmetries in optical spectra from time-propagation|Use of symmetries in optical spectra from time-propagation]]
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* Lesson 5: [[Tutorial:Triplet excitations|Triplet excitations]]
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* Lesson 6: [[Tutorial:Use of symmetries in optical spectra from time-propagation|Use of symmetries in optical spectra from time-propagation]]
  
  

Latest revision as of 20:14, 3 September 2018

In this series of linked tutorials we will show how to use TDDFT to calculate the optical absorption of molecules using different methods implemented in Octopus. These tutorials assume that you are already familiar with using Octopus. If that is not the case, start first with the Octopus basics tutorials.



Back to Tutorials