Dear Farhad,
from what I recall from tinkering the sources, you will probably want
to edit the polarizability.cpp. First of all, there already _is_ a
model that includes some random fluctuations; it might suit your
needs. If not, modifying the code that implements constitutive
relations is the best
Dear Fillip,
thank you so much for your answer. Actually, briefly , fluctuational
electrodynamics indicates that, the electromagnetic wave generated by a surface
with finite T>0 of temperature is because of the fluctuation of charges or
dipoles inside the material. It studied this phenomenon st
Dear Farhad,
I am not an expert nor I have thoroughly read the referred article,
but I believe the non-radiative fields should be exactly modelled by
MEEP as long as they are a solution of the (source-free) Maxwell
equations. You may, for example, define a metallic capacitor and a
metallic inductor
Dear all,
I would like to model the radiation transfer between two plates
separated by nano-gap in which we have to bring near-field radiation
effects into account using fluctuational electrodynamics.
Does MEEP is capable of solve such problems? or we need to
manipulate the source C++ codes to
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