it could be used as an intermediary material to control the movement of other nanostructures that are required for assembling different micro components such as in devices designed for specific molecular construction. This has actually been quite useful to be exposed to this video. Thankyou. It is perfect for diffusing components at a fixed rate to control their binding period. There is so much that could be done with this! The real lesson here is that it most likely is possible to make a multitude of meshes with even more refined proportions for case specific needs.
@@biocinematics No joke, I recalled and rewatched your video on diffusion when I began taking ap bio because nothing else made sense. It's not just the cool animations because a lot of bad channels have those too, you actually teach biochem very well :D please keep making these!
Enormously good animation. Good script. Enjoyable scientific content and low views. I hope this doesn`t stop you from making content, and I hope too you upload another video very soon.
As a seasoned TH-cam consumer, I think this channel is one of the most Under subscribed and under appreciated. Partly because there haven't been many more such videos at a higher frequency precluding consistent engagement and further fuelling of subscription.
I couldn't agree more. My biggest obstacle and limiter is the frequency of posting new videos. It's kind of a catch-22: without a large audience which can fund videos via ad-revenue or patreon support, I have to prioritize other work, and videos are time consuming to produce. But without more consistent output, audience growth is slow. Rest assured I'm working hard on videos, and I appreciate your comments and support in sharing my videos around.
man this channel is a gem, how do you not have more subs? been looking for this kind of clean looking, well animated and yet humorous and educational content for a long time!
Thank you! One reason is it takes a long time to produce this kind of video, and it isn't providing financial returns yet. Another reason is it is hard to get in front of thousands of eyeballs. It helps tremendously for viewers to share my videos around. Thanks for the kind words!
Thank you so much for these videos! They are incredibly illuminating and inspiring and fun at the same time. I hope you can keep uploading content. I’d especially love to see more videos about the human body.
Do you have questions about how I created this animation? I'll choose a few of the first/best questions to answer in a behind the scenes video at th-cam.com/users/MakingBiocinematics
Oh wow you are still uploading? Incredible to see so! I have found out about your channel not very long ago and was astounded by the work you did! But sadly it was a year old so I assumed this channel was dead despite I still subscribed in hopes of it somehow magically motivating you xD. I really think this channel and you as an educational content creator have a great chance of becoming the next great hit. Never give up, I expect great things from you.
Thank you for the kind words! No, this channel is far from dead. My hope is it's just getting started, but as you can imagine, this kind of video takes a long time to produce. I'm working on tackling smaller projects and uploading more frequently. The more people like you share my channel, the more I am able to prioritize putting out videos. Thanks for the support!
That's an interesting idea. Unfortunately, I don't know enough about electromagnetic shielding to know if this kind of molecule is a good candidate. I suspect there are simpler and cheaper ways to achieve this kind of shielding, but it's a neat concept to consider.
Thank you! I think many people expect nanotech to be "useful" right away, but hopefully this shows how real advances are being made, but it take a lot of people and research to develop the field
Sad that I am the only pearson I know in BR that wants to do this kind of stuff! Amazing video and content! Thank you for sharing. Your channel was a great finding :D
Fascinating video, thank you very much! As for applications, maybe it's somehow possible to replace the sulfur atoms with something else, thus making a material that better resists stress? Or connecting multiple layers (especially if they are off-center, so the other layers "fill" the gaps) could also help with that, and maybe with the letting through too. Or maybe adding loose threads which capture other molecules, thus making an impregnable net by using those captured molecules to help fill out the gaps?
Very interesting ideas! My understanding is the fabric tends to layer up with some offset between layers, at least that's how I interpreted some of the data, although there's much more to be learned and explored about how the layering works and I'm sure there's some neat applications to be found there.
Re-watching the video it does say they tends to layer on top of each other, but (as far as I can see in the animation) they are not chemically connected to one another, and after washing away the supporting ions I'm curious how they remain stacked. Would it be secondary bonds that hold them together? Sadly I don't have the necessary background to understand the research paper itself. Also, as another usage, it is my understanding that most polymers don't play nice when put right next to each other, could we use this as a separating media? Though it's probably too high-tech for consumer grade applications, but it might have a use in projects where volume/weight is crucial, if this is indeed a valid usage.
@@csanadballa8561 Yes, I didn't depict them connected because as far as I know it's not clear how much, if any, connection is present. They do delaminate when stretched.
Yes, I thought about virus filters. But actually we don't need a filter this tiny at all. Minute Physics has a nice video on N95 masks showing why that is. And viruses are many many times bigger than the larger red molecule at the end.
I understand what nanorobots look like, they swim around on my eyes and show themselves beside biological looking cells that twitch around to point out objects of interest in my visual field and insinuates other information. I already know the economic, military and medical concepts regarding self replicating nanobots, what I want is better pictures in news articles and better videos on youtube. that would help me visualize concepts.
What kinds of applications could you imagine for a woven molecular fabric like this one? Where do you think chemists should take these ideas next?
it could be used as an intermediary material to control the movement of other nanostructures that are required for assembling different micro components such as in devices designed for specific molecular construction. This has actually been quite useful to be exposed to this video. Thankyou. It is perfect for diffusing components at a fixed rate to control their binding period. There is so much that could be done with this! The real lesson here is that it most likely is possible to make a multitude of meshes with even more refined proportions for case specific needs.
This channel is ridiculously underrated and has fantastic content
Spread the word! The future of the channel is in your hands! But thank you, that's very kind 😊
@@biocinematics No joke, I recalled and rewatched your video on diffusion when I began taking ap bio because nothing else made sense. It's not just the cool animations because a lot of bad channels have those too, you actually teach biochem very well :D please keep making these!
Enormously good animation.
Good script.
Enjoyable scientific content
and low views.
I hope this doesn`t stop you from making content, and I hope too you upload another video very soon.
I agree, what a great video! Thanks!
As a seasoned TH-cam consumer, I think this channel is one of the most Under subscribed and under appreciated.
Partly because there haven't been many more such videos at a higher frequency precluding consistent engagement and further fuelling of subscription.
I couldn't agree more. My biggest obstacle and limiter is the frequency of posting new videos. It's kind of a catch-22: without a large audience which can fund videos via ad-revenue or patreon support, I have to prioritize other work, and videos are time consuming to produce. But without more consistent output, audience growth is slow. Rest assured I'm working hard on videos, and I appreciate your comments and support in sharing my videos around.
Please don't stop making this videos
If people keep watching and sharing them, I'll keep making them, slowly but surely
@@biocinematics surely brother I'll do my effort
man this channel is a gem, how do you not have more subs? been looking for this kind of clean looking, well animated and yet humorous and educational content for a long time!
Thank you! One reason is it takes a long time to produce this kind of video, and it isn't providing financial returns yet. Another reason is it is hard to get in front of thousands of eyeballs. It helps tremendously for viewers to share my videos around. Thanks for the kind words!
"Tetrafluro...tetrablurof...flurobor...these one's " 🤣🤣
I just got through your videos and did not lose attention once. Great work you got a lifelong subscriber
That's so great to hear! I've got a new video coming this week, hope you'll enjoy it as well
Fantastic work as always Stewart! Glad to see you back, and to see the great stuff you've been making
Thanks Brady, I have lots of plans for content in the coming year
Thank you so much for these videos! They are incredibly illuminating and inspiring and fun at the same time. I hope you can keep uploading content. I’d especially love to see more videos about the human body.
Do you have questions about how I created this animation? I'll choose a few of the first/best questions to answer in a behind the scenes video at th-cam.com/users/MakingBiocinematics
Behind the scenes is now live here: th-cam.com/video/77IXHb574KQ/w-d-xo.html
Yes I want to know
@@ayanmukherjee3830 There is a behind the scenes video now at th-cam.com/users/MakingBiocinematics
Ground breaking, life saving, earth shaking!! 🙏🏼
Oh wow you are still uploading? Incredible to see so! I have found out about your channel not very long ago and was astounded by the work you did! But sadly it was a year old so I assumed this channel was dead despite I still subscribed in hopes of it somehow magically motivating you xD. I really think this channel and you as an educational content creator have a great chance of becoming the next great hit. Never give up, I expect great things from you.
Thank you for the kind words! No, this channel is far from dead. My hope is it's just getting started, but as you can imagine, this kind of video takes a long time to produce. I'm working on tackling smaller projects and uploading more frequently. The more people like you share my channel, the more I am able to prioritize putting out videos. Thanks for the support!
Wow, excellent content. Automatic subscription. I'm sharing this channel to my fellows ASAP.
Congrats.
Could it be put to good use in rf protection or protect against emf pulsewave technology?
That's an interesting idea. Unfortunately, I don't know enough about electromagnetic shielding to know if this kind of molecule is a good candidate. I suspect there are simpler and cheaper ways to achieve this kind of shielding, but it's a neat concept to consider.
Brilliant!
Really fascinating! And inspiring to think of the years and processes and scientists involved too! Nice one!
Thank you! I think many people expect nanotech to be "useful" right away, but hopefully this shows how real advances are being made, but it take a lot of people and research to develop the field
I just start crying after seeing your subs and vews 😔 carry on you are not amazing you are a miracle and awasome
Thank you, I am carrying on. I don't post frequently, which is partly why the subs aren't huge, but maybe you can share the videos you like?
Sad that I am the only pearson I know in BR that wants to do this kind of stuff! Amazing video and content! Thank you for sharing. Your channel was a great finding :D
Thank you, I'm very glad that you're interested in doing this kind of thing. Where/what is BR, if I can ask?
@@biocinematics Brazil :) We don't have much (maybe any) research groups or companies working with scientific illustration/animation in general
Fascinating video, thank you very much!
As for applications, maybe it's somehow possible to replace the sulfur atoms with something else, thus making a material that better resists stress? Or connecting multiple layers (especially if they are off-center, so the other layers "fill" the gaps) could also help with that, and maybe with the letting through too. Or maybe adding loose threads which capture other molecules, thus making an impregnable net by using those captured molecules to help fill out the gaps?
Very interesting ideas! My understanding is the fabric tends to layer up with some offset between layers, at least that's how I interpreted some of the data, although there's much more to be learned and explored about how the layering works and I'm sure there's some neat applications to be found there.
Re-watching the video it does say they tends to layer on top of each other, but (as far as I can see in the animation) they are not chemically connected to one another, and after washing away the supporting ions I'm curious how they remain stacked. Would it be secondary bonds that hold them together? Sadly I don't have the necessary background to understand the research paper itself. Also, as another usage, it is my understanding that most polymers don't play nice when put right next to each other, could we use this as a separating media? Though it's probably too high-tech for consumer grade applications, but it might have a use in projects where volume/weight is crucial, if this is indeed a valid usage.
@@csanadballa8561 Yes, I didn't depict them connected because as far as I know it's not clear how much, if any, connection is present. They do delaminate when stretched.
Welcome back.
Came from youtube recommendation, your Carbon Video cleared most of my doubts regarding scholar chemistry ❤️
Thanks & Props... Hope my sub helps😁
Thanks! It certainly does help
I love your vids
Yaaaaaar, matey.
We can probably use nanotechnology for preventing viruses like the recent one from entering our bodies... But still, we need a larger fabric😭
Yes, I thought about virus filters. But actually we don't need a filter this tiny at all. Minute Physics has a nice video on N95 masks showing why that is. And viruses are many many times bigger than the larger red molecule at the end.
@@biocinematics will have a look surely
👍👍👍👍👍
Crispr, is that technology, you need to reverse operate. it takes things apart, you need 1 to put them together.
We invented plastic fabrics such as polyester and nylon which don't biodegrade, and they're causing problems. Now we're inventing molecular fabric?
Just replace those weak ass S-S bonds with something that got a little umph, like some nice C=C Bonds around those rings?
I understand what nanorobots look like, they swim around on my eyes and show themselves beside biological looking cells that twitch around to point out objects of interest in my visual field and insinuates other information.
I already know the economic, military and medical concepts regarding self replicating nanobots, what I want is better pictures in news articles and better videos on youtube. that would help me visualize concepts.