By simulation of nanoantennas need to take into account a quantum capacity, a kinetic inductance, plasmons, a quantum conductivity, etc. What electromagnetics simulators allow you to do this (HFSS, CST, etc.)?
COMSOL includes lots of solvers and also allows you to add you own equations to the mix.
For instance
https://indico.fnal.gov/event/10138/session/25/contribution/48/material/slides/0.pptx
I'm not sure if this example will be helpful or not.
Thank you. Malcolm White , COMSOL сan really help research on quantum effects in nanoantennas. Your information was useful.
I dont see a priory a need to to use all those aspects mentioned in the question.
Normal scaling works well at least to the end of the optical frequency range (0.3 micron wavelength).What ever "nano" means in this context, forget all those "buzzwords" like plasmon etc and just do a normal EM simulation (of course taking into account the frequency dependent material parameters and keeping in mind that copper at optical frequencies is close to a bad dielectric.
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