Lumerical Forum High Quality Jun 2026

I see a sharp dip at ~650 nm that I don't expect from theory (should be a smooth response). Mesh refinement is set to 'conformal variant 1', and I've tried both 'staircase' and 'conformal' meshing.

Recent activity on the Ansys Learning Forum highlights current user priorities and technical issues: Lumerical Forum - Ansys Customer Center The Ansys Learning Forum is a public forum. Ansys Innovation Space ANSYS LUMERICAL - Ansys Customer Center

(DEVICE suite) for multiphysics thermo-electric modeling. lumerical forum

This is where the becomes an indispensable asset. Far more than a standard Q&A board, the official Lumerical community is a dynamic ecosystem of peer-to-peer support, expert verification, and script-sharing. Whether you are debugging a divergent simulation or optimizing a grating coupler, mastery of the Lumerical Forum can cut your development time in half.

: You must create a dedicated Ansys Learning Forum account to post questions or replies; old KX credentials are not automatically linked. I see a sharp dip at ~650 nm

To make the most of the Lumerical forum, follow these proven strategies:

: The r/Simulated subreddit and other physics simulation communities occasionally feature Lumerical discussions. However, as one user noted, “I’ve tried posting to the Ansys Lumerical forum but haven’t gotten any responses there,” highlighting that Reddit can sometimes offer faster informal responses—though the quality may vary. Ansys Innovation Space ANSYS LUMERICAL - Ansys Customer

Finite-Difference Time-Domain solver for sub-wavelength structures. MODE: Waveguide design and analysis tool.