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my god you explained this infinitely better than my lecturer, thank you!
yes I am taking a lasers class and NEEDED this. Thank you.
SmoothChino I got chu
Loved your content, the way you laid it and nailed it sir.
Nice explanation. My question is that how we find reflectance and transmission in anisotropic medium
What does "optical systems of arbitrary complexity" mean?
Try to stick with standard coordinate systems. It just makes it easier to follow. For optical engineers, the propagation direction is ALWAYS z. Then y is perpendicular to z of course, and in the plane of the paper. Then x is into the paper.
Yup, I had this beaten into me shortly after this video was recorded... *shrugs sheepishly*
@@JordanEdmundsEECS I bet 🤣
man this stuff is boring but I appreciate the help #engineergrind
my god you explained this infinitely better than my lecturer, thank you!
yes I am taking a lasers class and NEEDED this. Thank you.
SmoothChino I got chu
Loved your content, the way you laid it and nailed it sir.
Nice explanation. My question is that how we find reflectance and transmission in anisotropic medium
What does "optical systems of arbitrary complexity" mean?
Try to stick with standard coordinate systems. It just makes it easier to follow. For optical engineers, the propagation direction is ALWAYS z. Then y is perpendicular to z of course, and in the plane of the paper. Then x is into the paper.
Yup, I had this beaten into me shortly after this video was recorded... *shrugs sheepishly*
@@JordanEdmundsEECS I bet 🤣
man this stuff is boring but I appreciate the help #engineergrind