This was very informative and helpful! Thank you!!

🎉

very nice! thank you for your clear explanation :)

Great whys. The Klystron had contributed to Peace!

Thank you.

*Promosm* 💯

Fantastic talk, thank you

Thanks for the video, very informative. I will watch it carefully several times. Thank you

Thanks for your lesson!

موفقة يارب 🤲

Ampère-Ampère entièrement en Juin

where i get nmr dataset for training set ?

Hi. I have question. Can you answer me please? I am synthesizing ferrocenyl compounds: heterocycle ferrocene, or the one that is mimicking chalcone. I've done NMR several times with different solvents (DMSO, acetone; my compounds were nott soluble in CDCl3) and their peaks are pretty broad. even solvents peaks. I can say that maybe couple of molecule's Fe is coordinating with something (Solvent or moelcule). But I'm not sure. can you give me some idea why it's happening?

10 MHz-broad lines are wild, not gonna lie.

Wonderful 👑!! #1 place to + your subs Promo-SM!!!

hello nice video

Great lecture, thanks! I had one question: at ca. 40:00 you explain, based on the parity of psi, that there cannot be any nuclear electric dipole. I'm wondering how this argument fails when it comes to molecular orbitals so that molecules could indeed have electric dipoles.

Measuring gradient thin-film perovskite by means of a robot arm: --->kzbin.info/www/bejne/mna6ZoyFbNFoirM Learn more from--->www.nature.com/articles/s43246-022-00235-5

Great talk Dr. Wang!

Excellent presentation by Prof. Geoffrey Bodenhausen, enjoyed and learned throughout the talk.

Very true, kaki29e4890i, you missed

Nice talk

Excellent talk, Bharathwaj! Keep up the good work.

Dr. Dominik very nice presentation

Emo side project <3

Wow, what an extremely informative talk. As a graduate student working with a 600mHz NMR, this has answered a lot of questions Ive had about our hardware. Very curious if Dr. Mark Conradi takes interns, he seems like a wealth of knowledge.

Nice!

loved this talk

So interesting, thank you for sharing it!!

nice talk :)

👍

Thanks for your introduction about knight shift. Really useful!

Very interesting work, Dr Suzi!

This is an excellent talk!

@30:45 We need a fluctuating hfc to cause the ZQ or DQ transition. It's for the same reason why need an oscillating magnetic field (B1) to cause the SQ transition. Resonance is required to cause the transition between two energy levels.

@22:23 While I think Thermal Mixing is applicable for MAS, too. The study shown here is for static. @34:20 SA-BDPA is a water soluble derivative of BDPA.