UV-vis (electronic) spectroscopy. The Franck-Condon principle

[@HenriqueCSJ]

Thank you. You are an excellent teacher. In 16 minutes you saved me hours.

[@PurpleTurnipLife]

This is a very elegant and clear explanation. Great teaching, thank you.

[@joanbenjaminofficial]

Yo, God bless you. I have an exam soon and you have no idea how helpful it was to me.

[@corneliusvader3233]

It is not easy to find good content on these topics. This was very helpful. Thank you!!!

[@deryakarabulut7805]

Thank you so much for this video. It explained many important points that I was not able to understand before. Wish you had other videos explaining anisotropic parameters and their relation to the waves and the characterization of the electronic configuration.

[@andrewmelton2686]

This guy is a legend

[@tarungupta4878]

That is a very good video to understand The Franck-Condon Principle, Thank-You very much

[@edisonsalazar9830]

Wow, excellent explanation!!

[@Shanksdan]

thank you so much, your explanations are very good :)

[@ankitapaul5163]

Thank you for explaining the position of the upper curve 😊

[@Amirfayazbhat193]

Explained rightly

[@lasanthidilhani3052]

great work!

[@Kiaxe2660]

Honestly I love you

[@ilyandroid]

You are my new God

[@brendansullivan4872]

Made it look easy

[@mansisharma4461]

Very well explained... Thank you

[@amiteshmagar7915]

Very neat explanation

[@lw973w]

Very good video I'm gonna tell all my mates about frank and Condon, fucking legends!!!

[@kotamariyababu6515]

Thank you for your explanation

[@arsion15]

Very good explanation, thanks a lot!

[@kevzprod]

Great video

[@bepbep174]

Me estoy sacando el c1 de inglés y en general entiendo todo lo que dices, pero ojalá subieras estos vídeos en Español :( Son muy útiles para mi carrera de biotecnología.

[@mark69064]

Thank you so much:)

[@rupmitashaw9270]

thanks, you explained it veerryy well!!

[@dominikduleba4818]

Very well explained

[@amyknodel143]

bless your heart

[@debbiehariette6335]

this is a good video, but for me the audio is really distorted and it is difficult to understand what is being said

[@wgdanmourad]

thank you very much

[@LadyShaydex]

Amazing thank you

[@faizaarshad705]

superb

[@mikhayla21]

thank you so much!!!!!

[@mdalmamunurrashid4676]

I have a question, is it possible to calculate the vibronic spectra for much higher excited states? for example, S9 or S10? If yes, then how? can Gaussian 06 calculate the vibronic spectra for 9th/10th excited state? Thank you in advance

[@Bananakid11]

thanks a lot =)

[@souadaodah5746]

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