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What are the minimal memory requirements for train_wave_equation.py? I am trying to run it on my gpu with 16GB memory, but consistently getting cuda OOM..
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## Problem
Modal group index calculations take a while, and cost a lot. That's because they use finite differences.
Aside from the cost, it becomes quite problematic to finite difference when s…
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Need to include a wrapper for the 2D wave equation examples that automatically corrects for the 2D vs. 3D Green's function (i.e., half differentiation, half integration).
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Students use cheat sheets for exams. Typically the expressions on a cheat sheet are presented in a disconnected manner.
The scope of a cheat sheet is typically limited to a single domain (e.g., cl…
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The equation for the wavelength of a plane wave in the frequency domain on this webpage (https://em.geosci.xyz/content/maxwell1_fundamentals/harmonic_planewaves_homogeneous/wavelength.html#harmonic-pl…
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To whom it may concern,
I am trying to implement the Helmholtz problem in your paper. I tried many times in the basic PINNs, and the prediction is different from the publication, even in the lowest…
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In reviewing a Gassmann substitution workflow (using rp.sat2dry() and rp.drytosat()), the results did not appear to make sense (increasing gas saturation increased P-wave velocity). A quick review of…
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We should be able to look at Helmholtz and Laplace's equation with homogeneous regions with different material properties: permeability & permittivity, and different wave numbers. I believe this would…
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Tetsuyuki Ochiai
> We present an electrostatic theory of the optical rectification, namely, the static photovoltage or photocurrent generation under a light illumination, in metallic particles. The…
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- User interface: `E(r, t)`, `B(r, t)`, `Fμν(r)`
```
s = setup_laser(LaserType, parameters...)
E = electric_field(s)
B = magnetic_field(s)
...
E(r, t)
energy(::AbstractElectricField, ::Abstract…