And this is why Physics would benefit exponentially from the inclusion of visual learning tools, like this one, across every syllabus! Great little video!
I'm definitely a visual learner and this animation came out around the time that I was first learning about reciprocal space and it was extremely helpful. It is so much easier to explain/understand scientific concepts with the 3D visualisation/Animation/Graphic design technology that we have available to us these days!! I also love how well it demonstrates how connected the Sciences+Arts are/should be! :)
Animation significantly helped to understand the concept. Thank you so much. Sometimes we do not understand the effort put into this video and we take it for granted. You just did what thousand of hours spent on textbooks will do and probably less effective.
Thank you. 3rd year chemistry, always sorta struggled with difraction. This short video helped me understand it better than multiple lectures and chapters of Atkins ever did.
Holy EFFIN GAWD....so, you mean to tell me, that my TENURED professor couldn't mention HOW and WHAT the need for the reciprocal lattice. This is exactly what I thought was happening but he couldn't explicitly say it. GEEZUS FREAKING XRIST! I'm so sick of lousy professors that CAN'T TEACH WORTH $HIT! Even if he would have told us in words what this video shows, I wouldn't have been lost for half the chapter. Thank you for showing this to us. I thought I was on the right track until he opened his mouth and started jumping around Bravais Lattices and some other things without just explaining how simple of a concept this was. He made it seem that the translation vector and the reciprocal lattice vector measure the same thing. Clealry they're related but not the way he half-assed the explanation.
Good helpful video. one question though, when you atoms in between, then you are saying in reciprocal lattice position will not change but intensity will.. but adding atoms in between is equal to compressing existing atoms, then reciprocal lattice should spread out. So, Do you mean different kind of atoms added between ???
I asked teacher same question and he couldn't expalin well although he is professor of recognized university and phd holder and you did in a minute. ...WOW.
Good visualization, but this is just in a plane only, actual structure is not 2D. So if you deal 3D things and make a video you will have more like and views. Well, anyhow it was good. thanks.
Наука
And this is why Physics would benefit exponentially from the inclusion of visual learning tools, like this one, across every syllabus! Great little video!
This is wonderful. I couldn't get my head around what the reciprocal lattice physically represents, until I saw this.
dank tunes, dank physics, 8/8 would watch again
stay groovy
nice to see you here hahaha
Good to see you here Tibees! I would love to see you making a video about crystallgraphy/fourier transform haha
I think getting to hear what a reciprocal lattice sounds like really helped it click.
Our lecturer couldn't do in two lectures what you did in one minute. Have some science points.
agree
I'm a chemist, and I never understood crystalography, even with a whole course on it. And you just made me understand in a minute. Thanks!
These animations are very informative, but the music should be more spooky.
I'm definitely a visual learner and this animation came out around the time that I was first learning about reciprocal space and it was extremely helpful. It is so much easier to explain/understand scientific concepts with the 3D visualisation/Animation/Graphic design technology that we have available to us these days!! I also love how well it demonstrates how connected the Sciences+Arts are/should be! :)
Animation significantly helped to understand the concept.
Thank you so much.
Sometimes we do not understand the effort put into this video and we take it for granted.
You just did what thousand of hours spent on textbooks will do and probably less effective.
That was a cool audio and visual experience. Helped the learning
What software are you using and where can one download it? :) These animations look awesome!
Finally understood the reciprocal lattice thanks to this. Great job guys!
beautifully explained, simple and fast. Thank you!
Got the concept in just 1.30 mins. Thanks a lot! It was great.
Thank you. 3rd year chemistry, always sorta struggled with difraction. This short video helped me understand it better than multiple lectures and chapters of Atkins ever did.
What a beautiful visualization, thank you!
A very nice explanation. Shows the physical manifestation of the Fourier transform of the crystal lattice
It's amazing to learn with visualising pictures..... Fantastic☺️☺️
Thank you so much. This cool demo helped me a lot to understand reciprocal lattice
Great job! It helped a lot! Thank you!
BRILLIANT! MIND-BLASTING!! STUPEFYING!!!
They should make a trophy for you!
Thank you.
nice demo, but it's demo. More in the textbook. Do not let yourself believe you understand what is reciprocal lattice.
damn it, finally i know what's reciprocal space.
Very informative video, thanks!
Why do books say that reciprocal lattice is an abstract when it is a real thing?
Great !!! Thanks for putting this one up ☺️☺️
Holy EFFIN GAWD....so, you mean to tell me, that my TENURED professor couldn't mention HOW and WHAT the need for the reciprocal lattice. This is exactly what I thought was happening but he couldn't explicitly say it. GEEZUS FREAKING XRIST! I'm so sick of lousy professors that CAN'T TEACH WORTH $HIT! Even if he would have told us in words what this video shows, I wouldn't have been lost for half the chapter. Thank you for showing this to us. I thought I was on the right track until he opened his mouth and started jumping around Bravais Lattices and some other things without just explaining how simple of a concept this was. He made it seem that the translation vector and the reciprocal lattice vector measure the same thing. Clealry they're related but not the way he half-assed the explanation.
In such a short period of tym u explained it very nicely...
Good helpful video. one question though, when you atoms in between, then you are saying in reciprocal lattice position will not change but intensity will.. but adding atoms in between is equal to compressing existing atoms, then reciprocal lattice should spread out. So, Do you mean different kind of atoms added between ???
Thank you for good visualization video!
Great video!
ID on this tune
I asked teacher same question and he couldn't expalin well although he is professor of recognized university and phd holder and you did in a minute. ...WOW.
THIS IS AMAZING
coolest video ever
excilent.helpful video.plz makes more videos
This is really useful.
Nice torus in that last one Tesla.
This is perfect! Thanks
Good Job Keep Doing Good Stuff like this :)
did Thom Yorke help produce this vid?
@
Imaging defects in mono crystalline wafers using the real time XRD rocking curve technique. Imaging the neighborhood of the Bragg condition.
awesome man
thanks it helped me so much, thanks for your generosity......
Excellent!
Thanks a lot!
You'll Get RESPECT+
thanks! that was so helpful.
What does he mean by 'reciprocal space'?!
Great video. The music stressed me out tho lmao
Will you please tell me which software did you use?
the audio is a banger lol
Very helpful!
Very much beneficial
😎Thank you!😎
helpful video, thanks
can someone explain how can diffraction pattern of amorphous be circle shape? 1:07
Good visualization, but this is just in a plane only, actual structure is not 2D. So if you deal 3D things and make a video you will have more like and views. Well, anyhow it was good. thanks.
Superb
There a typo of crystallography
Longitudinal waves pulse modulated... eh
Wow
#AC3 Gang
the music is really sucking it irritated me
So wrong.. each planes in real lattice represent a points in reciprocal lattice..
besttt
Stequin brought me here
Verify your electrical circuits on the go! seek circuit solver on the playstore!