What a clear and concise way to describe all of this. The logic just flows. Great job, Astrid, you would make a wonderful teacher if you ever decide to teach, in my humble opinion.
1:35 Computational material science 2:58 Fundamentals of DFT 4:23 ground state 8:24 Many particle problem 9:31 DFT 11:14 DFT theory - Hohenberg and Kohn 12:41 Energy functionals 14:23 Kohn Sham scheme 20:02 Cutoff energy 23:15 KPOINTS 26:03 Pseudopotential 27:36 Periodic boundary conditions 29:30 PART 2 29:44 VASP 31:21 VASP input files 33:20 Example 39:54 VASP output files 42:31 Obtaining reliable total energy 44:36 DFT as theoretical microscope 48:11 Looking through the DFT microscope 48:58 Summary
Would love to see more quantum chem seminar style lectures from Astrid. I've recommended this video to every grad student I know. Very concise and intuitive. I love it!
Thank you for the wonderful presentation Astrid! I'm just an undergrad beginner in DFT from Nepal and your presentation does give a ground idea about DFT to build upon. What a serendipity I found this video.
Thank you very much for sharing such a beautiful talk. Love when knowledge is shared like this, from people that are SO passionate about. I will begin myself a project on DFT calculations during my Master courses and I used this as a short intro on the topic. So useful!
Astrid, you are a wonderful lecturer - clear, concise, fun to listen to. You're what I aspire to be. This video was helpful as I was biting my nails wondering if I'll be able to follow my DFT class in the fall. Lol to your comment "solving the many-body Schrodinger equation becomes a bit of a hassle" ;)
This is a fantastic presentation - thanks so much! It was pitched at just the right level for my understanding and everything was explained really clearly. I agree with one of the other comments that you would be an excellent teacher or lecturer :)
Great job, I couldn't think of bitter, you helped me to get into the subject, I will start from here to go to a more detailed study of the DFT and it's application, and do my first DFT research Thank you
Great video, I am from México and now starting work in my first article necessary to graduate, this is a very good introduction to study systems of low dimensionality.
WOO! That's very helpful one! I just in my first year in my DFT research. Need to know further! But this video was a nice begin for me! THX and happy new year!
Really well organised ppt...I watched it's first part and I really learnt new things and I enjoyed the dft...it's really a beautiful kit to solve sch. Eq...
Very clear, coherent, and in detail description of such a complicated topic. That's great. Thank you. Hope to make more videos even short, from the VASP software, in particular.
Great job Astrid. BTW - "CAR" refers to "card", meaning Fortran cards that were once submitted in decks to computers to give them the instructions of the job you were running.
@Astrid Marthinsen CAR might stand for term "CARD"...i.e. note to define a specific information...like position information, potential information as inputs
![Yoshi Rinrada - 'มาทำไม' [Official MV]](http://i.ytimg.com/vi/r41xbfRLkLs/mqdefault.jpg)
What a clear and concise way to describe all of this. The logic just flows. Great job, Astrid, you would make a wonderful teacher if you ever decide to teach, in my humble opinion.
isnt that what she is doing?
1:35 Computational material science
2:58 Fundamentals of DFT
4:23 ground state
8:24 Many particle problem
9:31 DFT
11:14 DFT theory - Hohenberg and Kohn
12:41 Energy functionals
14:23 Kohn Sham scheme
20:02 Cutoff energy
23:15 KPOINTS
26:03 Pseudopotential
27:36 Periodic boundary conditions
29:30 PART 2
29:44 VASP
31:21 VASP input files
33:20 Example
39:54 VASP output files
42:31 Obtaining reliable total energy
44:36 DFT as theoretical microscope
48:11 Looking through the DFT microscope
48:58 Summary
Is it possible to get ppt file of this amazing presentation? thanks
I want to ppt ,please send me ppt at my email-vivekpratapsngh@gmail.com
Please me too, I need a ppt file for this great lecture. Would you mind send it to me to this email : alaaayad.eps@utq.edu.iq
Hello .. who got the ppt file. Kindly please share with me .. tok2magz@gmail.com
Help with ppt pls ... Send at khansuhail2101@gmail.com
She makes this topic easy to understand. What a talented teacher!
definitely the most intuitive video on DFT ever. great work
Would love to see more quantum chem seminar style lectures from Astrid. I've recommended this video to every grad student I know. Very concise and intuitive. I love it!
Thank you for the wonderful presentation Astrid! I'm just an undergrad beginner in DFT from Nepal and your presentation does give a ground idea about DFT to build upon. What a serendipity I found this video.
A wonderful introduction to DFT calculation! Worth watching many times. Thank you so much!
I must say watching this seminar for the third time and enjoying every second of it
One of the great introductions ever I have watched for VASP... Precise and very informative for beginners....Thank you
Thank you very much for sharing such a beautiful talk. Love when knowledge is shared like this, from people that are SO passionate about. I will begin myself a project on DFT calculations during my Master courses and I used this as a short intro on the topic. So useful!
Very nice introduction for the beginner. Thank you so much!
Astrid, you are a wonderful lecturer - clear, concise, fun to listen to. You're what I aspire to be. This video was helpful as I was biting my nails wondering if I'll be able to follow my DFT class in the fall. Lol to your comment "solving the many-body Schrodinger equation becomes a bit of a hassle" ;)
An excellent presentation on DFT calculation! Many thanks!
Awesome lecture Astrid! Thanks!
I appreciate your lecture! Such a nice lecture for DFT beginners.
This is a fantastic presentation - thanks so much! It was pitched at just the right level for my understanding and everything was explained really clearly. I agree with one of the other comments that you would be an excellent teacher or lecturer :)
great presentation, thank you very much Astrid!
Very clear and straight forward presentation,
you will indeed be a great teacher, thanks somuch
Great job, I couldn't think of bitter, you helped me to get into the subject, I will start from here to go to a more detailed study of the DFT and it's application, and do my first DFT research
Thank you
Great video, I am from México and now starting work in my first article necessary to graduate, this is a very good introduction to study systems of low dimensionality.
I really love this presentation, the logic is clear, the girl's sound is sweet, especially her laugh makes the presentation not boring.
What an excellent and clear presentation!! A very good entry point to get into the subject.
send me document of DFt pleas
Gosh, thankyou for making this a bit more comprehensible!!!
Thank you for your understandable presentation! I have learned a lot from you.
WOO! That's very helpful one! I just in my first year in my DFT research. Need to know further! But this video was a nice begin for me! THX and happy new year!
Astrid, thank you for this crystal clear explaination. I very firstly understand DFT in a meaningful manner after your explaination :D
Watching with tears (almost)
What a beautiful explanation by Astrid, it was so bad and tedious on my last DFT course
Super clear presentation, it was really helpful. Thanks for this!!
Really well organised ppt...I watched it's first part and I really learnt new things and I enjoyed the dft...it's really a beautiful kit to solve sch. Eq...
Very clear presentation. Thank you.
Wonderful presentation. Excellent job.
Thank you, this really helped me a lot.
Perfect content and presentation ! Really nice work !
Great lecture Astrid.
Fantastic. Useful and concise about DFT and VASP. I must admit, I was click baited by Astrid's and I enjoyed the video, she's lovely.
Very clear, coherent, and in detail description of such a complicated topic. That's great. Thank you. Hope to make more videos even short, from the VASP software, in particular.
i love her and her pronunciation. I have watched the video 5 times.
Thank you for clear explanation!!!
very nice presentation,many concepts are clear .thank you very much
It is an excellent explanation. Thanks a lot.
Great presentation!!
Best video ever ! Thank you !
Thank you very much about this amazing lecture !
Thank You. Your talk is amazing
Thank you for such in-depth explanation :)
Absolutely fantastic..... Thank you so much
Great job Astrid. BTW - "CAR" refers to "card", meaning Fortran cards that were once submitted in decks to computers to give them the instructions of the job you were running.
great lecture. Not boring at all 👏👏
Thanks in advance for this video. I get to understand a bit more about DFT theory.
Amazing !! This video helped me a lot.
that was the best dft explanation everrrrr thank u very much
I'm material science too! And I love DFT :) "Plain and simple quantum mechanics building the world!" Good Luck with your Phd I liked the lesson
WOW very nice lecture you can explain well such a difficult theorem . thank you so much sir.
thank you for this excellent presentation
very very clear. 36:30 NSW : the maximum number of ionic steps
Very nice explanation... Need more talks like that.
Thank you! That was really informative.
excellent presentation. best ever intro to dft.
i have my viva in 2 days and this video is saving me, wish me luck guys! hahahaha
Nice presentation..Thank you
too much clear, I wish if you could make a serious of material simulation (ab-initio simulation) videos, it will help us a lot, its best video ever.
great lec and very clear really , thank you
wonderful,thank you so much!
Very nice presentation......
Thank you a lot for this video! :)
Please do a lecture series covering briefly every basic aspect of DFT with some demonstrations
vary intersting and informative help me great
Very clear for beginners👍
Very good!!!
awesome lecture thankyou so much...
This is fantastic representation
The pictures in ppt are perfect！
Indeed!
Very clear presentation. Thank you so much
Do you have VASP software ?
Concise, clear, and comprehensive!
Excellent job...
This is Sholl's Chapter 1 brought to life :)
Would you kindly let me know the Bibliography you mentioned here . Iam begginer .
@@aborgeshonorato it's just the book she mentioned at the end of the presentation.
brilliant clear!
A apresentadora é muito divertida, animada apresentação. Legal.
clear as a cristall think you very much
what an amazing presentation !
Can anyone suggest links for informative DFT videos like this ?
Thank you.
@Astrid Marthinsen
CAR might stand for term "CARD"...i.e. note to define a specific information...like position information, potential information as inputs
thank you so much!
Thank you so much ☺️
Good tutorial
This is an excellent lecture. Well done
OMG this is so useful ty
Basic quantum theory can be used as DFT.
Excellent
is it possible to get presentation of this marvelous lecture? Thanks in anticipation
Wonderful
too much clear , i wish if you could make a serious of material simulation (abi-initio simulation) vedios , it will help us a lot
I really need these video, By chance got it.. Thank you
How we obtain the single electron wave function from kohn sham equation?
This is really wonderful... so eaisly u cover all about DFT.
May i got this ppt link...
are u a dft student
The density is the integral of psi*psi over N-1 variables. Over there you put the normalisation
I'm in love.
i need to one answer me, for Eknow{ psi}=, why do not add psi* to this therm
Hi is it possible to get the PPT?
very clear concept about DFT for begineer like me. Can I get the ppt