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- 10:28, 26 May 2025 Pump and Probe: Time resolved ARPES (hist | edit) [7,658 bytes] Davide (talk | contribs) (Created empty page for TR-ARPES)
- 17:07, 18 May 2025 Modena 2025 : Yambopy part 2 (hist | edit) [10,995 bytes] FulvioPaleari (talk | contribs) (Started page for part 2 of yambopy tutorial for Modena 2025)
- 16:21, 18 May 2025 Modena 2025 : Yambopy part 1 (hist | edit) [17,955 bytes] FulvioPaleari (talk | contribs) (Started first yambopy tutorial page for Modena school 2025)
- 14:25, 18 May 2025 Second-harmonic generation of 2D-hBN (5.3) (hist | edit) [19,475 bytes] Yambowikiadmin (talk | contribs) (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...")
- 09:47, 18 May 2025 Prerequisites for Real Time propagation with Yambo (5.3) (hist | edit) [5,103 bytes] Yambowikiadmin (talk | contribs) (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...")
- 09:47, 18 May 2025 Dielectric function from Bloch-states dynamics (5.3) (hist | edit) [19,289 bytes] Yambowikiadmin (talk | contribs) (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...")
- 16:26, 28 April 2025 Modena 2025 (hist | edit) [17,516 bytes] Yambowikiadmin (talk | contribs) (Created blank page)