Thank you for this video. I work as a microscopist, but no one I work with has a physics background, so it's amazing to have optics broken down in a way like this and how you do on your channel.
Thanks for the feedback. Yes, I make all my videos for people without a detailed physics / maths background - like biologists and medical doctors - so they can get a handle on the intuition behind these topics. Stay tuned because next month I will be releasing a video on Abbe's diffraction theory and Fourier optics which will cover a lot of ground relevant to microscopy and pull all these basic theory videos together into a practical context.
OLED cavities are also model with a dipole stimulation. It would be interesting to use this methodology to model a slab cavity with one side being leaky.
Nice vide hope it will become popular
very informative video, this is an underrated channel
Delightful notion of 2 kinds of darkness following from actually understanding of the 'DARK REGIONS'
Thank you for this video. I work as a microscopist, but no one I work with has a physics background, so it's amazing to have optics broken down in a way like this and how you do on your channel.
Thanks for the feedback. Yes, I make all my videos for people without a detailed physics / maths background - like biologists and medical doctors - so they can get a handle on the intuition behind these topics. Stay tuned because next month I will be releasing a video on Abbe's diffraction theory and Fourier optics which will cover a lot of ground relevant to microscopy and pull all these basic theory videos together into a practical context.
@PUMAMicroscope Most excellent. I will be excitedly waiting.
OLED cavities are also model with a dipole stimulation. It would be interesting to use this methodology to model a slab cavity with one side being leaky.
Your video is about actual science and not pop science content
Thanks. Yes - but it seems this is a very niche / minority interest subject, at least for the general YT audience.