😢 67🎉😊

This is a very interesting study, rich with information and presented in an easily understandable manner.

How do you control the charging on the mems grid?

Perfect!

Very insightful!

Two square nanaometers On the scrane

Brilliant!

❤

0:32 is a thing of beauty. Control of atoms at the nm scale is the key to unlocking ai and peace

Thank you, i subscirbe to the channel as well

Anything on biological catalysts?

Loved this talk and love the series!

Love you :-D! Want likes? -> Promo>SM!!!

Could you please share the information about this FIB model? Thanks!

Beautiful presentation

This came up in my recommendations, I don't really understand this completely, probably because I'm dumb but damn the presentation is good.

Inspiring, thanks for sharing

Great work!! could you please attach the link of your paper about this experiment?

شنو هاي الكلاوات 😂

kzbin.info/www/bejne/r16apWB9mbeHgaM

How can I use this method if my tip is coming from back side of sem column? In your case it is coming exactly parallel to ion column.

I don't know what they're making, but boy is my mind blown

What is the pH stability range of the Poseidon Select In Situ cell?

I've heard of this before an was just thinking about it. So for it to be gold two particals need to fuse together but by itself gold is a white power and if its in a pressurized environment not sure what the pressure needs to be and a heat source not sure them temperature but after all that it will disappear to another place or become translucent

the way the atoms arrange at the point of changing from solid to liquid is mesmerizing.

Huh

This video succinctly and beautifully showcases the capabilities of AXON, whether or not in situ experiments are conducted on the S/TEM. For the in situ experiments, the drift correction - whatever the source - is shown to be very effective even in high resolution imaging. The AXON notebook and the ability to not only record the images but to also record all the metadata, combined with the ability to review the results rapidly, fully and frame by frame, along with all the experimental parameters, including the instrumental parameters, will make the S/TEM a far more useful, high throughput instrument than ever before. And finally, with the increasing need to make research data available to other reasearchers, the AXON notebook will make this task far easier, particularly if it is integrated with databases such as the NIST microstructure database. The video is just excellent and should make every S/TEM researcher want to have AXON on their instrument.

Thanks for uploading the video....I subscribed to the channel....

Beautiful video! What sort of camera was this recorded on?

what the f.. :o

How can I learn more about this?

Nice

useful!

Can this method be used for Poseidon select liquid experiments?

Actually, what you are looking at is the interference pattern of the exiting electron waves that interfere in the image plane of the microscope! However, a lot of the structural details of the sample are contained in the phase information of the electron waves, so many of the same periodicities observed in the HRTEM image are closely related to real-space interplanar distances!

We can see atoms O_O

Once I actually got the chance to use a TEM to look at gold nanoparticles. It's very fun.