Two particle excitations - Revision history

Maurizia: /* Tutorial modules: */

2017-03-31T13:30:27Z

Tutorial modules:

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	* [[How to treat low dimensional systems]] - numerical issues and remedies for low dimensional systems		* [[How to treat low dimensional systems]] - numerical issues and remedies for low dimensional systems
	* [[How to analyse excitons~~\|Analysis abnd vizz~~]] - analysis and visualization of the excitons		* [[How to analyse excitons]] - analysis and visualization of the excitons

2017-03-31T13:29:41Z

Tutorial modules:

← Older revision		Revision as of 13:29, 31 March 2017
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	* [[How to treat low dimensional systems]] - numerical issues and remedies for low dimensional systems		* [[How to treat low dimensional systems]] - numerical issues and remedies for low dimensional systems
	* [[How to analyse excitons]] - analysis and visualization of the excitons		* [[How to analyse excitons\|Analysis abnd vizz]] - analysis and visualization of the excitons

2017-03-31T13:29:09Z

Tutorial modules:

← Older revision		Revision as of 13:29, 31 March 2017
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	* [[How to treat low dimensional systems]] - numerical issues and remedies for low dimensional systems		* [[How to treat low dimensional systems]] - numerical issues and remedies for low dimensional systems
	* [[How to ~~plot an exciton function~~]] - analysis and visualization of the excitons		* [[How to analyse excitons]] - analysis and visualization of the excitons

2017-03-17T16:03:08Z

Tutorial modules:

← Older revision		Revision as of 16:03, 17 March 2017
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	* [[How to treat low dimensional systems]] - numerical issues and remedies for low dimensional systems		* [[How to treat low dimensional systems]] - numerical issues and remedies for low dimensional systems
	* [[How to plot an exciton function]] - ~~nalysis~~ and visualization of the excitons		* [[How to plot an exciton function]] - analysis and visualization of the excitons

2017-03-17T16:02:28Z

Before starting: what do you need

← Older revision		Revision as of 16:02, 17 March 2017
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	==Before starting: what do you need==		==Before starting: what do you need==
			- If you are not familiar with the Bethe-Salpeter equation and/or optical response in periodic systems, you are encouraged to ADD BACKGROUND MATERIAL LINKS

			- We suppose you know already how to generate the Yambo databases and familiar with the input, output and command line interface‎‎.

			- In the Bethe-Salpeter equation the quasiparticle energies are used, we then recommend to complete the GW tutorial even though not strictly needed.

	==Tutorial modules:==		==Tutorial modules:==

2017-03-17T15:45:21Z

Tutorial modules:

← Older revision		Revision as of 15:45, 17 March 2017
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	==Tutorial modules:==		==Tutorial modules:==

	* [[How to obtain an optical spectrum]]		This tutorial consists in four parts:
	* [[How to choose the input parameters]]
	* [[How to treat low dimensional systems]]		On bulk h-BN:
	* [[How to plot an exciton function]]
			* [[How to obtain an optical spectrum]] - a guide through the workflow of calculations
			* [[How to choose the input parameters]] - relevant input parameters you need to determine by convergence studies

			On 2D h-BN monolayer:

			* [[How to treat low dimensional systems]] - numerical issues and remedies for low dimensional systems
			* [[How to plot an exciton function]] - nalysis and visualization of the excitons

2017-03-17T15:42:11Z

This Tutorial: what will you learn

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	==This Tutorial: what will you learn==		==This Tutorial: what will you learn==
	~~Starting from DFT and GW calculations you~~ will learn how to set up and run calculations to ~~obtain and analyze an~~ optical absorption spectrum using the Bethe-Salpeter equation ~~for both bulk and low dimensional materials~~.		You will learn how to set up and run calculations to get optical absorption spectrum by using the Bethe-Salpeter equation starting from a previously calculated electronic structure.
			In addition you will learn to use post-processing tools to analyze the excitons and special numerical treatment needed for low dimensional materials.
	~~- The first part of the tutorial guides~~ you ~~through the workflow of calculations.~~

	~~- The second part explains how~~ to ~~choose the relevant input parameters by studying the convergence of the results.~~

	~~For these first two parts we will~~ use ~~as example the bulk h~~-~~BN. The rest of~~ the ~~tutorial instead is focused on the h-BN monolayer.~~

	~~- The third part looks at different set ups when treating~~ low dimensional materials

	~~- The fourth part regards the analysis and visualization of the excitons~~

	==Before starting: what do you need==		==Before starting: what do you need==

2017-03-17T13:39:57Z

Myrta moved page Alt Two particle to Two particle excitations: more suggestive title

← Older revision	Revision as of 13:39, 17 March 2017
(No difference)

2017-03-17T13:32:59Z

This Tutorial module: what will you learn

← Older revision		Revision as of 13:32, 17 March 2017
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	==This Tutorial ~~module~~: what will you learn==		==This Tutorial: what will you learn==
	Starting from DFT and GW calculations you will learn how to set up and run calculations to obtain and analyze an optical absorption spectrum using the Bethe-Salpeter equation for both bulk and low dimensional materials.		Starting from DFT and GW calculations you will learn how to set up and run calculations to obtain and analyze an optical absorption spectrum using the Bethe-Salpeter equation for both bulk and low dimensional materials.

2017-03-17T13:32:46Z

Before starting: what do you need

← Older revision		Revision as of 13:32, 17 March 2017
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			==Tutorial modules:==

	* [[How to obtain an optical spectrum]]		* [[How to obtain an optical spectrum]]