Raman Fluorescence

[@dgates6165]

This guy is very good at presenting information! He speaks in a way that carries the lecture forward and doesn't just drone on. Really good stuff!

[@maxmustermann2707]

You are a good teacher.

[@KnowWithMalvika]

This is absolutely the best !!!

[@bivekbista6592]

Really good. Thank you.

[@NicholasWingComposer]

Excellent Raman presentation. Does fluorescence require a collision with a specific region of a molecule? What is the specific light matter interaction which induces a Raman backscattered photon, which exhaustively explains why only one in a million photons are Raman shifted? In other words, does a Raman scattered photon directly collide with a bond or a specific region of a molecule in order to be Raman shifted? Is the incident angle of the photon also a determining factor? Can a photon shift in frequency due to passing through an electromagnetic field without colliding with a molecule? (Unrelated, but analogically, did the photons observed in the solar eclipse experiments to prove Einstein's Theory of Relativity shift in frequency in addition to trajectory, without a direct light matter collision? If so, could any shifts in frequency be measured by analyzing the photographic plates or film assuming that they have not decayed?) If the vibrational mode is persistent what is the specific light matter interaction which explains the increase in the number of Raman shifted photons during a SERS analysis? Does SERS enhance or expand the electromagnetic field of a molecule? Does the entire molecule resonate at the frequency of the vibrational mode of specific regions of the molecule? Does Dr. Michael Bradley's dissertation study of argon atom collisions require additional laws of physics to explain the Raman Scattering Effect, when there are no single molecule bond vibrational frequencies involved?

[@arjunbarwal1502]

For raman scattering to our... The incoming photon should change the polarizabality of the molecule. If their is change in the polarizabality, then only there will be scattering with different wavelength/frequency called Raman scattering. If there is no change in polarizabality, then there will always be Rayeligh scattering having same frequency as the incoming laser light photon.

[@shwetakeshri487]

could you please tell the name of the person who is explaining in the video?

[@akbaba_omooluwa1]

👌👌👌 Exquisite.

[@yatint9665]

Awesome Video

[@birk_lab4805]

Damn! That guy is on fire :-) love it!

[@MolecularSpectroscopy]

Visit thermofisher.com/learnraman for more information.

[@mohammedalaoui5900]

thank you for this explnation

[@wojtekszlasa6293]

Great film :)

[@Naozza]

I love u

[@marceloecheverry3969]

i think i love u

[@jason5811]

All my homies hate fluorescence in the Raman!

[@PabloVignolo-lk6tv]

god