Resolution of a Microscope

This video is about, how diffraction limits ability of light microscope to resolve small objects.
Resolution is the ability of an optical instrument/microscope to distinguish between two closely spaced objects (governed by Rayleigh criterion) and ability of optical instrument/microscope to see tiny object clearly. The resolution of microscope is mathematically given by Abbe diffraction limit, that depends on the wavelength of light used and Numerical Aperture (NA). The resolution of optical microscope depends on the diffraction, while resolution of super resolution microscope is independent of diffraction limitation.

[@user-dc2wl2vy4j]

Thank you for the clear explanation! You used 3 mins to replace 15 mins of my prof talking

[@zikkirito]

Thanks for the great explanation!❤

[@milaanpatel4997]

That's nice summary without using any formula

[@ivydashty8149]

Great animation thanks

[@ThuyLe-bs2hq]

Character In the video It's great, I like it a lot $$

[@capgains]

wow I don’t get it!

[@flaxego9391]

Haaaaaaa 🤣🤣🤣🤣🤣🤣

[@yemi3266]

Hope you get it now

[@CertainlySweet1]

😂😂😂

[@gorlunion]

😭😭😭😭😭😭

[@DeltaSigma16]

Excellent !

[@andrec1597]

Excellent

[@josephdahdouh2725]

I really hate everything related to lenses. I still have no clue what this is. And how the formula relates to the video. But, thank you because at least now I understand slightly more lol.

[@AZ-qx1xd]

thank you so much

[@hafidomar5588]

Thanks

[@moeinjojo4189]

it's so cool but I found different resolution formula on the other sites that like res=0.5λ/NA

[@flaxego9391]

Thank u bhai

[@MayankSingh-uj6hi]

awesome

[@RH-by2zw]

Wow

[@ashwinisharma5624]

Awesome

[@anindita6913]

Thanks