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18 May 2025
- 18:0618:06, 18 May 2025 diff hist +85 Second-harmonic generation of 2D-hBN (5.3) No edit summary current
- 17:5617:56, 18 May 2025 diff hist +27 Second-harmonic generation of 2D-hBN (5.3) No edit summary
- 14:4714:47, 18 May 2025 diff hist +77 Dielectric function from Bloch-states dynamics (5.3) No edit summary current
- 14:3014:30, 18 May 2025 diff hist +1 Second-harmonic generation of 2D-hBN (5.3) No edit summary
- 14:2514:25, 18 May 2025 diff hist +19,451 N Second-harmonic generation of 2D-hBN (5.3) Created page with "= Step 0: Theoretical framework = In this tutorial, we compute the Second-harmonic generation (SHG) from the dynamics of the Bloch-states. The equation-of-motion of the Bloch-states is explained in the tutorial on Linear response from Bloch-states dynamics. Independently of the 'experiment' we simulate, the part of the integration of motion stays the same. This means that any experiment, including non-linear optics, can be performed at the level of the theory listed..."
- 14:2414:24, 18 May 2025 diff hist +163 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 14:2114:21, 18 May 2025 diff hist −48 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 14:1914:19, 18 May 2025 diff hist +7 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 14:1714:17, 18 May 2025 diff hist +23 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 14:1614:16, 18 May 2025 diff hist +416 N File:01 TDpolarization delta NL.png Uploaded own work with UploadWizard current Tag: Upload Wizard
- 13:5013:50, 18 May 2025 diff hist −262 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 13:3713:37, 18 May 2025 diff hist −445 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 13:3013:30, 18 May 2025 diff hist +1,803 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 13:1113:11, 18 May 2025 diff hist +625 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 13:0513:05, 18 May 2025 diff hist +683 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 12:5912:59, 18 May 2025 diff hist −16 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 12:5812:58, 18 May 2025 diff hist +101 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 12:3912:39, 18 May 2025 diff hist −6 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 12:3812:38, 18 May 2025 diff hist −1,258 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 12:3612:36, 18 May 2025 diff hist +65 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 12:3112:31, 18 May 2025 diff hist −1,288 Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 11:0411:04, 18 May 2025 diff hist −14 m Dielectric function from Bloch-states dynamics (5.3) No edit summary
- 11:0111:01, 18 May 2025 diff hist +103 Prerequisites for Real Time propagation with Yambo (5.3) No edit summary current
- 10:5810:58, 18 May 2025 diff hist +192 m Modena 2025 No edit summary
- 10:5310:53, 18 May 2025 diff hist 0 m Prerequisites for Real Time propagation with Yambo (5.3) No edit summary
- 10:5210:52, 18 May 2025 diff hist +2 m Prerequisites for Real Time propagation with Yambo (5.3) No edit summary
- 10:5110:51, 18 May 2025 diff hist +201 m Prerequisites for Real Time propagation with Yambo (5.3) No edit summary
- 09:4709:47, 18 May 2025 diff hist +4,797 N Prerequisites for Real Time propagation with Yambo (5.3) Created page with "==Introduction== The real-time response using the equation of motion for the density matrix is obtained via the <code>yambo_rt</code> and <code>ypp_rt</code> excutables. <br> The real-time response using the Time-Dependent Schrödinger Equation (TDSE) is obtained via the <code>yambo_nl</code> and <code>ypp_nl</code> excutables. <br> Since the TDSE is used to extract non-linear properties which are much smaller (if weak perturbations are used), numerical accuracy is ver..."
- 09:4709:47, 18 May 2025 diff hist +18,626 N Dielectric function from Bloch-states dynamics (5.3) Created page with "= Step 0: Theoretical background = The dynamics of Bloch-states is found by integrating a set of Time Dependent Effective Schrödinger Equations (TD-ESEs). Effective means that an effective Hamiltonian is considered. We consider the many-body effective Hamiltonians seen in the Linear response from real time simulations. In addition, one can also consider effective Hamiltonians based on density-functional theory. The latter choice gives time-dependent density-functio..."
- 09:4509:45, 18 May 2025 diff hist −84 Modena 2025 No edit summary
1 May 2025
- 13:5513:55, 1 May 2025 diff hist +4 m Modena 2025 No edit summary
28 April 2025
- 16:3416:34, 28 April 2025 diff hist +7 Modena 2025 No edit summary
- 16:3316:33, 28 April 2025 diff hist +18,277 Modena 2025 No edit summary
- 16:2716:27, 28 April 2025 diff hist +196 Modena 2025 No edit summary
- 16:2616:26, 28 April 2025 diff hist 0 N Modena 2025 Created blank page
- 16:2516:25, 28 April 2025 diff hist +29 MediaWiki:Sidebar No edit summary current
31 October 2024
- 15:3615:36, 31 October 2024 diff hist +88 m Tutorials No edit summary current
- 15:3515:35, 31 October 2024 diff hist +115 m Schools No edit summary current
- 15:3315:33, 31 October 2024 diff hist +296 Schools Added School March 2024
- 15:3215:32, 31 October 2024 diff hist +210 m Colombia 2024 No edit summary current
- 15:2415:24, 31 October 2024 diff hist +27 m MediaWiki:Sidebar Added main page
21 October 2024
- 16:2016:20, 21 October 2024 diff hist 0 File:Density-Functional Theory Basic concepts and approximations.pdf Yambowikiadmin uploaded a new version of File:Density-Functional Theory Basic concepts and approximations.pdf current
- 16:1916:19, 21 October 2024 diff hist 0 File:Many-Body Perturbation theory Basic concepts and approximations.pdf Yambowikiadmin uploaded a new version of File:Many-Body Perturbation theory Basic concepts and approximations.pdf current
16 October 2024
- 08:2208:22, 16 October 2024 diff hist +87 Local fields →Choosing input parameters current
- 08:0408:04, 16 October 2024 diff hist +45 Input file generation and command line options 5.0 →Input file generator current
- 07:5507:55, 16 October 2024 diff hist −1,044 Initialization →Report file current
- 07:3507:35, 16 October 2024 diff hist 0 Colombia 2024 →Open an interactive session
- 07:3407:34, 16 October 2024 diff hist +3 Colombia 2024 →Run a job using a batch script
- 07:2807:28, 16 October 2024 diff hist −57 Colombia 2024 →Run a job using a batch script
- 07:1807:18, 16 October 2024 diff hist −34 First steps: a walk through from DFT to optical properties No edit summary current