I like this lecture very much. The lecture gave a good balance between theoretical details and practical needs. Difficult concepts are explained in a language that anybody with a science degree can understand.
Admittedly, this crash course is really helpful for newbies in the area of molecular dynamic, especially for experimental chemists who would like to use computer and theory to interpret their chemical observations.
I only noticed these comments today, thank you for the compliment! I drew the order parameter histograms in Matplotlib and composed the images with VMD screenshots, then compressed them into a movie. (At least I think that's what I did; it was a long time ago).
Hi professor. I'm currently and undergrad Biochemistry student. What is the computational requirement to simulate a cell or even an organ down to the atomic level? How long will it take to render a few seconds animation on a modern super computer? And on a quantum computer? Thank you.
My left ear enjoined this, my right was just calmed by the gentle white noise.
Man, I miss working with GROMACS. The humour aspect made it just that more interesting XD
I like this lecture very much. The lecture gave a good balance between theoretical details and practical needs. Difficult concepts are explained in a language that anybody with a science degree can understand.
Admittedly, this crash course is really helpful for newbies in the area of molecular dynamic, especially for experimental chemists who would like to use computer and theory to interpret their chemical observations.
Wonderful introduction. Thank you for sharing!
Great lecture for beginners! Thank you!
Great video, i suggest using CC because the audio is full of clipping and buzzing (also only on the left side)
Very nice presentation. Thanks.
Very informative presentation! Thank you!
A very inspiring presentation on MD. Good job!
You are an awesome speaker!
Very useful.
Thx for a quick course online.
very useful
Awesome lecture
Very helpful. Thank you!
Where I can get rest of the lectures in this series?
wow! How were you able to do the time evolution graphs with the MD trajectory on the phase diagram slide?
Great presentation btw.
I only noticed these comments today, thank you for the compliment! I drew the order parameter histograms in Matplotlib and composed the images with VMD screenshots, then compressed them into a movie. (At least I think that's what I did; it was a long time ago).
Lovely intro
Nice job! Concise but very helpful, Thank you!
Hi professor. I'm currently and undergrad Biochemistry student. What is the computational requirement to simulate a cell or even an organ down to the atomic level? How long will it take to render a few seconds animation on a modern super computer? And on a quantum computer? Thank you.
Hi, i have the same question, i was wondering if you've found an answer and could share it here.
A cell would be way too complex to be simulated. At least without 9000 potential confounding factors and lacking physiological signals. An organ? Lmao
great
am i supposed to understand this at derivation level?
You can learn more about the derivations through an introductory text on quantum chemistry.
it's a good lecture but the mic peaking really distracts and annoys the hell out of me. (i have misophonia)
nice introduction but sound is horrible.. sad story :( scratching FX
i am sorry but I cannot listen anything in the video