5 years in and these videos still help me know what I’m doing when I walk into the lab. Did a simulation experiment or SEM and AFM last week and we had no idea what we were doing. Tomorrow I’m going to walk into the laboratory and tell the others “Yeah, see that? That’s the microscope from the sims. The top bit is the actual head of the scope and it’s gonna come right off so we can secure the sample. Oh you think that’s cool? Just wait till we process it mathematically. It’s gonna look rad.” Mfs gonna wonder how I went from clueless to ekshpert in a day lmao
Wow ... thanks for valuable video. I haven't had real experience on AFM, so I realy able to broaden my knowledge & have a clear picture about the process
If I had a job like this, I'd totally troll the camera crew. Have like a fake alarm setup, then when it goes off be all like "Oh, god. No, no, no, no!" Then start panicking and run out into the hall and scream, "Everyone evacuate! We have a code Omega! Get the hell out!" Then have everyone run out of the building screaming.
The diameter of kapok fiber is of the order of 30 micrometer-50 micrometer and there are some nanoscaled wrinkles on the surface of micro-scaled fibers. I have used some physical and chemical treatments to modify the surface of kapok fiber(to increase surface roughness). AFM can be used for imaging at nano-scale order. How can I study the surface morphology of kapok fiber at nano scale order using AFM??
Excellent video. Thanks. Beautiful nano silver islands imaged by AFM. Can you please share the name of the free software used to treat AFM images. Many Thanks.
Hi,great video! l have a question about a problem i have encountered,in our lab we have an AFM NT-MDT ,it doesn't operate the landing no matter what we tried,what can be the possible problem? l would really appreciate it if you help me out on this one!
How the reflectivity of various materials used to make cantilever affect the oxide growth rate during local anodic oxidation? Can it be due to the amount of current flow
100 years from now we'll hopefully have left behind all this fake science, in 100 years we will be laughing at how ppl believed in the Atomic Model, like ppl literaly thought there were these tiny lil balls with "electrons" flying around in a "cloud of possibility" hahahaha.
5 years in and these videos still help me know what I’m doing when I walk into the lab.
Did a simulation experiment or SEM and AFM last week and we had no idea what we were doing. Tomorrow I’m going to walk into the laboratory and tell the others “Yeah, see that? That’s the microscope from the sims. The top bit is the actual head of the scope and it’s gonna come right off so we can secure the sample. Oh you think that’s cool? Just wait till we process it mathematically. It’s gonna look rad.”
Mfs gonna wonder how I went from clueless to ekshpert in a day lmao
The depth of knowledge you put in a simpler way is really on another level... Thanks a lot
This is genuinely a phenomenal video, perfectly presented in a very engaging way
Who shot the video, Michael Ballhaus? I am waiting for Joe Pesci to show up.
Thank you, my AFM training is scheduled wednesday. I watched this so that I'm not completely lost when I go in there.
Wow ... thanks for valuable video. I haven't had real experience on AFM, so I realy able to broaden my knowledge & have a clear picture about the process
Thank you, madam, wonderfully explaination how to handle the AFM instruments. I really impressed with your lecture.
This is the best video on AFM. Great explanation.
Thank you for sharing your knowledge on AFM!
Thanks for the AFM training directly from laboratory.
Amazing! , nice demonstration. Thank you for sharing.
Thank you for sharing this wonderful video.
Thank you, madam, wonderfully explaination how to handle the AFM instruments.
nice fast setup that looks great!
Amazing! 🙂 Thank you for sharing.
Marvelous, thank you indeed.
Thanks a lot for showing the use of Atomic Force Microscope
Great work. Thank you!
Amzing explanation, thank you for keep sharing this quality of videos.
Very helpful introduction! Thank you!
i am so happy to get a taste of this instruments working .
Such a great video, thank you!
Thank you!
♥ From Mexico
out standing work
Thanks so much! I able to have a view on what AFM is. However, can we adjust the area size of the sample surface that we want to analyze?
Awesome 👍
Please make more. Thank you so much for this.
excellent video!
Awesome stuff, thank you.
If I had a job like this, I'd totally troll the camera crew. Have like a fake alarm setup, then when it goes off be all like "Oh, god. No, no, no, no!" Then start panicking and run out into the hall and scream, "Everyone evacuate! We have a code Omega! Get the hell out!" Then have everyone run out of the building screaming.
🔥🔥🔥 These fires came while listening 🎧
Thank you for showing Demonstration of AFM
Great series of lectures
Thank you Ma'am for demonstration.
Thank you mam for giving AFM training directly from laboratory.
A great video. Thank you very much
GREAT phenomenal PRESENTATION..
Amazing explanation!
That is absolutely wild!
Thank you instrumentation of AFM
Thank you very much mam for upload this video it is Very Useful For me # From India 😇😇💫💫
Thank you ma’am for detail information about AFM practical demonstration.
Thank you so much for this video.
Nice video, thanks for the knowledge.
wow awesome mam, well explained ,it help to get clear cut idea of AFM
I really find it interesting thank you for sharing with us
Very well explained!
Excellent presentation.
Very Nice video that is well presented. Thank you!
Thanks for such an interesting and useful presentation mam
Thank you
Excellent
Helped alot thank you❤️ m doing my thesis on AFM on bacterial samples
Good information and the way present that practical amazing. Thanks mam
awesome
Very informative video!
I think I fell in love.
Thank you. From India
Thank you very much
Very informative. Thanks.
Good explanation!
Very interesting sir. Thank you sir
wow thats amazing
It’s like a microscopic, 3D google maps 😂👏👏👏😎
thanksss!
mam, thanks for showing live demonstration
Awesome , did it a few days ago.
Absolutely.
awsome
Whoa!
Very helpful, thanks
Hello , I have a question can you please explain me how to measure the twist angle b/w two layers using AFM or STM.
Very informative Thank
Good instrumental demo
Very informative video
The diameter of kapok fiber is of the order of 30 micrometer-50 micrometer and there are some nanoscaled wrinkles on the surface of micro-scaled fibers.
I have used some physical and chemical treatments to modify the surface of kapok fiber(to increase surface roughness). AFM can be used for imaging at nano-scale order.
How can I study the surface morphology of kapok fiber at nano scale order using AFM??
Great session
Thank you so much! really usefull :)
Hi, would u mind to share why different type of AFM cantilever tips give different reflectivity properties?
Thanks a lot maam for well explained...
Informative vedio...thanks hrdc Gujarat university
Well explained
Excellent video. Thanks. Beautiful nano silver islands imaged by AFM. Can you please share the name of the free software used to treat AFM images. Many Thanks.
Is this microscopy is only for the characterization of nanoparticles or bulk materials can also be treated???
very informative lecture madam
Mantap
Pak is iskandar
Is this the best video on YT? Probably.
Thank you for the elaborate explanation. Could you please let us know which Free software you use to process the data?
You can use WSxM and Gwyddion.
Why does animation show the tip moving up & down between individual atoms , when the stylus tip is order(s) of magnitude grater than individual atoms.
Hi,great video! l have a question about a problem i have encountered,in our lab we have an AFM NT-MDT ,it doesn't operate the landing no matter what we tried,what can be the possible problem? l would really appreciate it if you help me out on this one!
👍👍
It's like hands-on on AFM
How the reflectivity of various materials used to make cantilever affect the oxide growth rate during local anodic oxidation? Can it be due to the amount of current flow
This is so cool. And just think.. 100 years from now, what will this technology be like?
100 years from now we'll hopefully have left behind all this fake science, in 100 years we will be laughing at how ppl believed in the Atomic Model, like ppl literaly thought there were these tiny lil balls with "electrons" flying around in a "cloud of possibility" hahahaha.
Thanks for this. We have this type of AFM in our lab. Can I contact you privately for training?
Just work like a groove of vinyl Record player and the needle ..
well explained
What brand is that microscope?
To think that we now have chip-scale cantilevers.
Why silicon and silver?
How can i get the contact of the dr. Working on this device to ask he aome questions