Discussion Closed This discussion was created more than 6 months ago and has been closed. To start a new discussion with a link back to this one, click here.
Simulation of third order nonlinearities such as four wave mixing in silicon waveguides
Posted 23 mars 2013, 15:29 UTC−4 RF & Microwave Engineering 1 Reply
Please login with a confirmed email address before reporting spam
Hello;
I myself think that simulation of nonlinearities is possible by COMSOL. However, I have not tried it until now.
The question in my mind is possibility of launching several fields (several wavelength) to a waveguide and simulating this case for propagation and interaction of them. What's your view? How can I do this?
Thanks for your help.
Sincerely,
Uldouz
I myself think that simulation of nonlinearities is possible by COMSOL. However, I have not tried it until now.
The question in my mind is possibility of launching several fields (several wavelength) to a waveguide and simulating this case for propagation and interaction of them. What's your view? How can I do this?
Thanks for your help.
Sincerely,
Uldouz
1 Reply Last Post 24 mars 2013, 14:32 UTC−4
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
Hi
what do you mean by "nonlinearities" ? as lanching several wavelengths in a guide will give you first of all a superposition of the individual modes going through, you need some specific coupling with the E field or something else that might change in the domain to get "non linear" effects, i.e. saturation, gain threshold ... but this is new physics so you need first to express he physics, thenadapt the formulas (at least how I understand "optical non-linearities)
--
Good luck
Ivar
what do you mean by "nonlinearities" ? as lanching several wavelengths in a guide will give you first of all a superposition of the individual modes going through, you need some specific coupling with the E field or something else that might change in the domain to get "non linear" effects, i.e. saturation, gain threshold ... but this is new physics so you need first to express he physics, thenadapt the formulas (at least how I understand "optical non-linearities)
--
Good luck
Ivar