Learn 3D Finite-Difference Time-Domain

Do you want to accelerate your career and give yourself electromagnetic superpowers?
Learn 3D Finite-Difference Time-Domain!!
With 3D FDTD, there will be nothing you cannot simulate and analyze. This course specializes in 3D FDTD for periodic structures that are of extreme interest today. You will learn how to calculate photonic bands and plot band diagrams of photonic crystals. You will be able to simulate metamaterials and calculate their effective electromagnetic properties. You will learn how to calculate the diffraction orders from doubly-periodic gratings. The course also teaches how to calculate reflection and transmission from photonic crystals, frequency selective surfaces, and other periodic structures.
The course includes videos and notes that describe the theory, formulation, and implementation in MATLAB. The material is taught visually to make the concepts intuitive and easy to understand. You will see every line of code typed and explained by the EMProfessor. Topics include preliminary electromagnetic concepts, formulation of the equations, absorbing boundaries, sources, setting up grids to analyze periodic structures, and much more.
empossible.thinkific.com/coll...
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[@huonghuongnuquy7272]

Hello, I just subcribe for this new lecture today. After spending all the afternoon on this lecture, I really enjoy it and i must confess that your way of graphically representation fields, device and photonic bands is amazing !!! Thank you so much Dr Rumpf for your lectures. Now i continue learning this lecture and I will look fowards to your new lectures in the future.

[@empossible1577]

Thank you!! I hope the information helps accelerate your career!!
If you are just getting started in computational electromagnetics, you may also want to see my book:
empossible.net/fdfdbook/