Dr. Rumpf, I just wanted to let you know that I deeply appreciate you working so hard to make these videos and making them freely available to everyone. Your ability to explain such complex topics is absolutely remarkable. I am a senior Applied Physics major at TTU, and I had my first EM class last year, the way the course was taught left a very bad taste in my mouth and made me start hating EM but after watching your videos on the topic I am back in love with physics and EM. You rekindled my interest in this field, you have no idea how much that means to me. I really am very grateful to you and thank you so much for your time and effort.
Thank you so much!! I love hearing these stories! Have you visited the official course websites? I have been working on a lot of revisions, corrections, additions and other improvements. empossible.net/academics/ I am very happy to hear these are helping you!
Raymond, thanks for this lectures. They will be very useful as I am looking to code a structure inhomogenous in one transverse dimension and inhomogenous through the propagation direction. Also, I was happy to find my teacher from the past, Jim Moharam, appear in the RCWA lecture!
I'm an undergrad electrical engineering student and I have already studied electromagnetics || including max. equations and some applications using the diffusion equation. I found three interesting advanced courses in your amazing TH-cam channel. all titles seems new to me, so what should I go with first?
I think that depends heavily on what is causing the reflection. If the waveguide is suddenly filled with another dielectric, the different modes will reflected very similarly. If the obstruction is a vertical bar that only partially blocks the waveguide, the mode with the electric field parallel to the bar will interact with it much more and likely reflect more strongly. That is because free charges can displace over much longer distances that way. A wire grid polarizer operates from the same principle.
Thank you! You can download any of the notes as PDF from the official course website. The notes have been revised, edited, and otherwise improved since the videos were recorded so you will notice some differences. empossible.net/academics/emp6303/
No, sorry!!! I learned from prior experience that recording the actual class lectures does not work well without having the proper technology. So all of these lectures I recorded on their own. Since I have made a lot of revisions to the notes, I do plan to rerecord the lectures at some point. Meanwhile, you can always get the latest version of the notes from the course websites.
Dr. Rumpf, I just wanted to let you know that I deeply appreciate you working so hard to make these videos and making them freely available to everyone. Your ability to explain such complex topics is absolutely remarkable. I am a senior Applied Physics major at TTU, and I had my first EM class last year, the way the course was taught left a very bad taste in my mouth and made me start hating EM but after watching your videos on the topic I am back in love with physics and EM. You rekindled my interest in this field, you have no idea how much that means to me. I really am very grateful to you and thank you so much for your time and effort.
Thank you so much!! I love hearing these stories! Have you visited the official course websites? I have been working on a lot of revisions, corrections, additions and other improvements.
empossible.net/academics/
I am very happy to hear these are helping you!
Raymond, thanks for this lectures. They will be very useful as I am looking to code a structure inhomogenous in one transverse dimension and inhomogenous through the propagation direction. Also, I was happy to find my teacher from the past, Jim Moharam, appear in the RCWA lecture!
Dr. Moharam is a legend and also a great person. I have the highest respect for him.
Very much agreed. I see that you are a CREOL alum too! Small world I guess!
I'm an undergrad electrical engineering student and I have already studied electromagnetics || including max. equations and some applications using the diffusion equation.
I found three interesting advanced courses in your amazing TH-cam channel. all titles seems new to me, so what should I go with first?
FDTD, CEM, then EM21
FDTD, CEM, then EM21
Professor, how polarization influences the reflection/transmission of the waveguide?
I think that depends heavily on what is causing the reflection. If the waveguide is suddenly filled with another dielectric, the different modes will reflected very similarly. If the obstruction is a vertical bar that only partially blocks the waveguide, the mode with the electric field parallel to the bar will interact with it much more and likely reflect more strongly. That is because free charges can displace over much longer distances that way. A wire grid polarizer operates from the same principle.
This is a very good lecture series. Can I download Power point of these lectures
Thank you! You can download any of the notes as PDF from the official course website. The notes have been revised, edited, and otherwise improved since the videos were recorded so you will notice some differences.
empossible.net/academics/emp6303/
Hi. Thank you for uploading this lectures. Where can I download all the lecture notes?
+Faris Shahin Here is the course website which contains the notes, links to recorded lectures, and other resources.
emlab.utep.edu/ee5390em21.htm
Are the videos of "the last semester" courses still available on TH-cam? Thank you:)
No, sorry!!! I learned from prior experience that recording the actual class lectures does not work well without having the proper technology. So all of these lectures I recorded on their own. Since I have made a lot of revisions to the notes, I do plan to rerecord the lectures at some point. Meanwhile, you can always get the latest version of the notes from the course websites.
Thanks a lot for sharing these videos. I learned a lot from your lectures.