fix metadata

[FilipeFcp]

Sorry @tomflexcompute

It should be all good now

[github-actions]

Spell Check Report

BlueMicroLED.ipynb:

Cell 1, Line 1: 'micro-LEDs'
  > # FDTD simulation of blue micro-LEDs with inclined sidewalls
Cell 1, Line 3: '-LEDs', 'InGaN', 'LEDs'
  > LEDs have become essential light sources, with applications ranging far beyond simple illumination, including optical communication and, notably, display technologies. Among these, µ-LEDs based on InGaN have emerged as promising platforms for next-generation displays, particularly in applications such as augmented reality.
Cell 1, Line 5: 'LEDs'
  > As LEDs are miniaturized for these advanced uses, maintaining high internal quantum efficiency (IQE) and light extraction efficiency (LEE) becomes increasingly challenging. Precise control over fabrication parameters, such as the sidewall angle, becomes critical for achieving high LEE and desirable far-field emission profiles. In this context, electromagnetic (EM) simulations play a crucial role, allowing for the exploration of design variations and identification of optimal parameters before committing to costly fabrication processes.
Cell 1, Line 11: 'Andreas', 'Avramescu', 'Florian', 'Hetzl', 'LEDs', 'Lex', 'Norwin', 'Waag', 'micron-sized', 'von'
  > This notebook demonstrates how to model a blue LED with inclined sidewalls using Tidy3D FDTD. The design is based on a recent study `Florian Vögl, Adrian Avramescu, Andreas Lex, Andreas Waag, Martin Hetzl, and Norwin von Malm, "Enhanced forward emission by backside mirror design in micron-sized LEDs," Opt. Lett. 49, 5095-5098 (2024)`.
Cell 6, Line 2: 'lightsteelblue'
  > n=2.45, k=0, freq=freq0, viz_spec=td.VisualizationSpec(facecolor="lightsteelblue")
Cell 6, Line 5: 'darkorange'
  > n=1.76, k=0, freq=freq0, viz_spec=td.VisualizationSpec(facecolor="darkorange")
Cell 6, Line 11: 'steelblue'
  > n=2.60, k=0, freq=freq0, viz_spec=td.VisualizationSpec(facecolor="steelblue")
Cell 6, Line 14: 'cadetblue'
  > n=2.46, k=0, freq=freq0, viz_spec=td.VisualizationSpec(facecolor="cadetblue")
Cell 6, Line 17: 'gainsboro'
  > n=2.00, k=0, freq=freq0, viz_spec=td.VisualizationSpec(facecolor="gainsboro")
Cell 10, Line 7: 'nGaN'
  > name="nGaN",
Cell 10, Line 19: 'pGaN'
  > name="pGaN",
Cell 19, Line 1: 'microLED'
  > sim_data = web.run(sim, "microLED")
Cell 30, Line 1: 'rotationally'
  > Finally, we calculate the rotationally symmetric radiation pattern by averaging the total power over the φ (azimuthal) dimension. As we can see, the results are similar to those reported in Figure 4 of the reference paper.

---

Checked 1 notebook(s). Found spelling errors in 1 file(s).
Generated by GitHub Action run: https://github.com/flexcompute/tidy3d-notebooks/actions/runs/16056196832