Atomic Orbitals

CG Animation showing the atomic orbitals of chemical elements.
www.scienceviz.com/
Produced by Tabea Waizmann in context of the masters lecture "Practical Course 3D Modelling" directed by Dr.-Ing. Wolfgang Höhl at Ludwig-Maximilians-University (LMU) Department of Media Informatics.

[@theoriginalG99]

Whoever made this is a genius. Thank you for this. These days, animations are best when explaining things :D

[@sciencevizcom]

... thanks! You're welcome!

[@harindubathigama3932]

@@sciencevizcom this is the greatest explanation,🔥🔥

[@beckhamotis6349]

Instablaster.

[@utgvhj6672]

@@beckhamotis6349 t

[@skyhower620]

What u were studying at that time?

[@saadbinkhalid8363]

This video deserves a million thumbs up !!

[@sciencevizcom]

cheers, mate! You're welcome!

[@dora71683]

Seriously!

[@JerryTheMouse969]

No!!! I didn't understand a shit

[@Wutheheooooo]

@@JerryTheMouse969 it's your fault

[@Pelocepillo-x2c]

​@@Wutheheooooo yep

[@anithareddy9177]

Video would be more interesting if there would be some explanation about the concept

[@agniradhikamalviya3631]

If you are an 11th standard student, you should know what this is. And if you aren't, then you shouldn't be watching this in the first place. Besides, you can always use Google.

[@rilemv582]

That's direct point.

[@apoorvshah2144]

@@agniradhikamalviya3631 i am 9th grade student preparing for ntse and this is asked in it what should i do 🙁

[@agniradhikamalviya3631]

@@apoorvshah2144 What's the question?

[@thestudiousguy5252]

@@apoorvshah2144 they would have asked about orbits or shells like K,L,M,N or even valency. No way they would ask this in 9std. Don't confuse yourself with orbitals and orbits in this age.

[@matarishwan10]

i really needed this as JEE aspirant. great visulization. 8 years before video!!!!!

[@captainbelon4318]

This is false, we can NEVER see or visualize an atom.

[@This_is_Primo]

@@captainbelon4318 Why

[@ytrew9717]

this video should be on the top for "orbital", thanks a lot

[@abhaybohra9227]

the creator has helped millions of students studying. may god bless you man.

[@JinkunYan]

Please make more videos about Atomic Orbitals, it is too beautiful, I full in love with atoms with the music. You are amazing!!! So cool!!!

[@ramisafaiza2394]

That's what i actually wanted!!! this is awesome!!! i have watched so many videos since yesterday. and now finally it's clear to me. THANK YOU SOOOO MUCH!!!!. i'm gonna share this with all of my friends!

[@rijanrai3375]

I BECAME MORE CONFUSED AFTER WATCHING THIS!

[@nagendranamarnath9862]

It means that u beginning to understand

[@rajneeshrai1781]

I have understood the concept but i aint able to visualise this in my mind

[@octapc]

Yes. The absorption of the electron into the orbital confuses me.

[@sheerkhan6689]

Hahah realy dude....

[@TheMedicalLad]

Then what is k l m n shells

[@hayatahmed315]

Really a Great Video. Thank you so much whoever made this video. It helps so much to understand the concepts. Is there a video for d and f orbitals?

[@SMGM7S]

Finally a science video that doesn't make me want to throw my laptop across the room

[@hammadullahsamoon9443]

I really appreciate it, Thank you for clearing my concepts ❤️

[@abundantsoul6487]

its amazing... today only i studied hybridization and its sooo good like its gorgeous ... i loved it as u covered SP , SP2 AND SP3 ... to anyone who is still having problem in this concept i would suggest u to first practice VSEPR theory and then understand about pi and sigma bonds .. with help of VSEPR u will understand the shape and geometry and then go through how sigma and pi bonds are formed

[@thutosemetsataola]

organic chemistry tutor, I know you know the guy. He will help with the pi and sigma bonds.

[@gardenmenuuu]

The most beautiful thing I have ever seen in my life after 3 blue 1 brown videos omg thanks a lot

[@neeharikapandey5504]

This is so beautiful. Thank you for sharing.

[@sciencevizcom]

It is my pleasure. You are welcome!

[@udaygandhi74]

I had hard time actually understanding how actually orbital are, this make it all clear, thank u so much

[@radhikarana5897]

Please provide more videos on this concept.. best explanation ever

[@sachinpaul5531]

Wonderful video ❣️ I know little bit concept of hybridization and orbit a I am preety sure about orbitals now thanks who made this video

[@rahul4519]

This is What I really needed... .... thank you

[@akritirajsrivastava5667]

it is very to clear my doubt

[@sciencevizcom]

... thanks! Thats great! :-)

[@dorax1876]

It's fun to learn with animations !

[@sciencevizcom]

That is the best! You are welcome!

[@shobhitraj5840]

Thanks for this , ❤Love from INDIA 👍👍

[@sciencevizcom]

You are welcome!

[@grace-os4eu]

Thanks buddy, best animation I have watched so far

[@nguyenvy849]

the 2s and 2p orbital shapes are incorrectly illustrated. I believe the 2p, which is dumbell orbital shape, should be animated inside the 2s orbital since the both orbitals are in the same energy level. (correct me if i was wrong thanks)

[@adityaverma1150]

no 2p has higher energy energy= n+l where n is principal quantum.no.(1,2,3) and l is magnetic no.(s,p,d,f) in which s=0 and p=1 and so on so n+l of 2s is 2+0=2 and 2p is 2+1=3

[@abhijeetsahoo5994]

@@adityaverma1150 no you are a little wrong l isn't magnetic quantum no. That is azimuthal quantum no. And except this you are correct everywhere

[@sahilthapliyal]

This animation may be help you guys for better understanding kzbin.info/www/bejne/aoi1aYSsqNtqZtU

[@abhijeetsahoo5994]

Thanks bro this was much much helpful for me i was searching for this kind videos all the best and keep animating

[@JinkunYan]

I loooooooove it!!!!!!!!

[@gurmanjotsinghhundal3300]

Amaaaazzzzzing ....finally ,,,,I got the thing I was searching for 😘😘😘😘😘😘😘

[@prayasnayak7136]

Excellent work man !

[@aaditya7547]

Thanks for making this video.

[@avjeet888]

Masterpiece !!! Great work bro keep it up

[@sciencevizcom]

Thanks! You're welcome!

[@prabhakaran9506]

Loved u r work as well as the 🎶

[@saranyak7257]

It is really a master piece!

[@Rache-sx7lc]

Theses are the most explained animation ever

[@bennettblum3513]

Excellent visual representation of atomic orbitals.

[@DeepakChauhan-gb3tf]

Thanks ! You have saved the day

[@sofiarivero0808]

At 1:21 , the atom filled its valence shell?

[@oranges_r_orange]

Thankuuuu for this 🤩😄😄😄😄 Best animation ever 😃

[@sciencevizcom]

... thanks! You're welcome!

[@lyricwood1288]

Hmm

[@parthosaha4170]

Thanks a lot . May god bless you. You have cleared all my doubt🙏🙏🙏

[@daydariftwalker]

For anyone confused, electrons don’t “orbit” in circular motions, the blue spheres and dumbbell shapes are where the electron will be found 90% of the time. The other 10% the electron would be farther away from the blue shape’s bounderies

[@stuti_artlove]

This video is underrated. this needs to be shared p.s can u plz add subtitles in a few languages?

[@cusoon.9393]

Thank you so much!

[@prasannakumarsahoo9516]

Very clear understanding based video.I appreciate it. Thanks a lot 🙂🙂

[@tjzx3432]

This helped alot.

[@sciencevizcom]

... thanks! That´s great! :-)

[@melaniehickman4334]

Thank you! I didn't really understand pi bonds until I saw this.

[@voidt364]

just amazing, thank you

[@Gangadhara_Pattar_7]

Still it is confusing me.. Can anyone clarify me that how to imagine the orbit and orbitals??? How it is possible that shape dumbell rotating around nucleus..???

[@davelordy]

_"Can anyone clarify me that how to imagine the orbit and orbitals"_ There are no 'orbits' in an atom, only orbitals. _"How it is possible that shape dumbell rotating around nucleus..?"_ It doesn't rotate, the dumbell area is just where the electron will be found (actually where it will be found

[@sahilthapliyal]

The orbital for "Boron" is wrong there should be 2 lobes instead of 3 and also 'p' orbital should have slightly inside the "s" orbital ( if I am wrong please let me know)

[@jeremyhusson6055]

I’m a student in physics and I can tell you are right but there should be 1 lobe instead of 3 because the Bor has only 5 e-

[@lizara4399]

Fantastic! thank you!!

[@oguzatar9178]

wow this is so nice animation for explanation of orbitals. Thnk you so much.

[@KN0Wit]

This is what I am looking for 👍👍👍⚛️

[@vishnupriyaperumal703]

Thank you so much

[@darsh_parth]

Finally 😌😌😌..ahh,, My teacher should have shown this animation in the class.

[@bita_mirzapour]

Wonderful, thanks a lot ❤

[@ameeshyanushapiyathissa03]

Very easy to understand 🙂❤️‍🔥 A big problem I had was solved 🙃😌

[@kanishkraturi8695]

Tnx it helped a lot!

[@littleworldofsevval5981]

Thank you sooo much

[@akshayarajamanickam6158]

It's really awesome.... Very helpful...

[@mmasc12345]

love the music

[@eaglexjasteryt]

1:21 seconds why does the atom has three lobes p orbital have only two

[@deepikadiwan4228]

Just incredible ❤

[@khushisuryawanshi790]

Thanks alot helped alot for atomic structure

[@marisakirisame867]

I guess that was pretty easy to understand thanks

[@promilasoni4924]

Thanku sooo sooo much 😊😊

[@prathameshprafulhole2662]

That's a really creative way of demonstrating an atom but can we have a version of this showing the electrons revolving in the p orbitals?

[@ramsinghnathawat9752]

Finally a satisfactory vdo

[@georgeentertainment7185]

Great video. I would just change 1 thing: the movement of each electron confined in its orbital should be a lot more erratic. Check other videos about it. I think this video does a good job to link atomic geometry with molecular geometry.

[@davelordy]

_"the movement of each electron confined in its orbital should be a lot more erratic"_ It wouldn't be erratic, the electron is not moving at all, the orbital doesn't define an area where an electron is 'buzzing' around.

[@ahamedsabahy7657]

So useful to me

[@hardworkingstudent4535]

Wow sir great!!

[@pathanfarhan8386]

❤️❤️❤️👍👍👍👍 Best of my ever

[@mushieal1]

Only a genius could have done this.

[@chiranjeevisastri8417]

Very nice, excellent

[@perivenkatapadmaja9036]

Video is self explanatory

[@s.m.rakibuddin8847]

no need for words. enough to understand

[@ranjeetkumar-pl9dq]

Thank you Vipul sir

[@sciencevizcom]

you are welcome!

[@turtle3553]

Animation was exiting

[@Filmrextm]

8 years afetr thanks for this animation i already understood orbitrons but curious about how they interact as i dont own a particle accelartor at home

[@prabhakaran9506]

Thank you for this...

[@sciencevizcom]

You're welcome!

[@ElementalAer]

Bem legal a visualização, a única mudança que eu faria é de que o elétron não orbitar em volta do próton no átomo de hidrogênio e não ser uma esfera, mas sim um ponto que se teletransporta rapidamente na área do orbital, e juntando todos os pontos que ele pode aparecer ser demonstrado como o orbital.

[@anushkainthehouse]

M getting clarity more on KZbin then in class

[@parthabanerjee1234]

Beautiful

[@sija6883]

Thank u

[@atharva6405]

This video clear all my doubt😊😊

[@sciencevizcom]

Thanks! You're welcome!

[@ravijisha8367]

I will understand this video thanks😊

[@universal6964]

Nice job 👏👏👏👏👏👏

[@Amit-u2x6c]

What is that ball ??

[@ADITYAKUMAR-xj8xk]

Nice bro very nice explanation

[@Vnt-598]

❤❤❤❤❤ finally I understood thanku😢😊😊😊

[@HarshSharma-ks7eu]

Thanks a lot

[@mirnazir9211]

It clear my all doubts

[@life_motivation_2.0]

Awesome

[@RefajulIslam-sj3dl]

Thanks a lot ❤❤❤

[@meggourahadia2715]

Perfect 👍🏻👌🏻💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗💗🌹🌹🌹🌹 Keep going Do more

[@gauthamraman]

So did u mean that the electones in p orbital go inside the s orbitals ?

[@SilentKiller-ug8sb]

how will you increase the number of protons

[@diverselife7601]

Its ‏‪about confuse but it's clear too

[@maycodes]

Thank you I was too doubtful

[@mdmuzahidhasan7201]

Wow..thamks bro❤️

[@twaistachaudhary5420]

But ye tou circle mein ghum Rahe hai and actually tou woh waves mein hote hai na?

[@smithaunnithanunnithan4179]

very useful video

[@sciencevizcom]

... thanks! I really appreciate that! :-)

[@LaxmiLaxmi-hr3nk]

🙏🙏