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In GitLab by Keith Bennett (@keithbennett) on 21 Aug 2018, 12:48 (GitLab issue GL#1801)
### Description
EPOCH currently only allows lasers to be driven perpendicular to a boundary. It is quite comm…
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![Electric Field (Plane_out)](https://github.com/NanoComp/meep/assets/27534638/261d…
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There sometimes appear to be errors in the amplitude and phase that begin at the boundary of segments in a `SegmentedWaveguide` when both sides of the transition are identical `HomogeneousWaveguide`s.…
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Hello,
i'm doing the same simulation as you except for the part "phantoms_meep" where i'm using python instead of C++.
I have several fields acquired with different angles, and i would like to kno…
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Hi @flaport, Happy New Year! At FDTD calculations I need to periodically change the power of a source (initially F_0) dependently on the local field amplitude E_0. So first I have to know the amplitu…
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Hi, have you considered implementing an envelope model of laser? Fundamentally, the laser is described by the slowly varying envelope function modulated by the harmonic term. Only the equation for the…
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Just so folks have a better understanding of what this project does.
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Hello,
Thanks very much for creating this wonderful python package. I am working on some calculations for clusters of gold nanospheres, and this is much faster than FDTD!
I have a question regard…
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In cylindrical coordinates, computing the response from a point dipole $\delta(r - r_0)\delta(\phi)\delta(z - z_0)$ involves a Fourier-series expansion of the fields from a ring current source requiri…