I suspect soon. The microchip would need to be exposed several times because there's a doping step for the n-type on the p-type substrate. Then the gates get metallized, then interconnections.... Microchips are next level complex.
@@stanleypeters5383nowhere. They correctly titled the process at work. The interest was in the curiosity. It was a mystery. You didn't find any satisfaction from the result?
@@alexandrevaliquette3883 To follow a pre-established process, sure. But to be the person who created this process, yeah that takes a lot of brain power. Also, I'd disagree that doing this isn't difficult.
@@hollisticc I agree that there is a lot of smart people who created the machines, chemicals and process.. Some are very smart and some are 'average smart!" who got lucky! Collectively, Human are incredibly smart.. But individually, most are not innovative and only repeat what other show them. Most people barely can extrapolate from what they learned. Finally, 'difficult' is very relative... Theses are well known process, even if most people don't know any of them. It require a bit of R&D, but not years of expensive experimentation either. What is 'difficult' you might ask me? Be a pioneer in your art/field. Surviving 3 weeks in wood when you get lost and you don't have a lot of knowledge on the topic. Doing R&D for high tech, pharmaceutical, aeronautical, AI, etc. Maybe 'complicated' would be a better term to describe it? Like an offset 4 colour press operator have a complicated job for example. Yes, I would say so. Again, regardless; this is a very nice project and the video quality is quite good and entertaining.
@@ms.andrea172 My whole life is dedicated to optimisation, improvement and innovation. I've worked in pharmaceutical industry (R&D analytical chemistry laboratory). I improved analytical methods and things related to HPLC, GC, FTIR and other analytical instruments. Later in life I went back to school to study metallurgy/(minérallurgie). I did improvement to the gold recovery and cyanide destruction process. Overall, the mine I was working for got an increase of few hundred thousands $/month and less cyanide in environment. I also went to Haiti to help them with soil analysis, irrigation and small project such as solar dehydrator with very VERY limited resources. So... thank you for asking!
@@Lord_common_sense As in shorts that have a part 1 and part 2. It's a pain to find part 2 sometimes if the creators makes a lot of content and it's not linked or something. Person is saying if you click do not recommend on those shorts split in two or more parts you stop seeing them in your feed
After the centrifuge, he used ultraviolet source with an optic to polymerize the yellow coating with an image printed, then he washes away the coating that wasn't polymerized (affected by light), the coloured aluminum foil tank with a wiggle-wiggle thing is a vacuum chamber, there is a carbon holder there, where you put a material that you want to deatomize (vaporize any metal for example) and with high voltage those atoms flow to the glass and stick on it's surface. After that he washes away the yellow coat that was holding metal atoms and he gets a book atomically printed on a glass.
@DND-Mode it's all physics.. somehow I started loving physics.. I didn't technically finish school but kept studying by myself. I run a little lab where we experiment with cryogenics.. just love the lab equipment
@DND-Modeto me that means you had crap teachers. Also, I think modern physics lessons rely way too heavily on theory and not enough on experimentation, and that's coming from a career physicist with a PhD. It alienates a lot of people. I loved learning quantum mechanics but the math is so esoteric and conceptually wonky that it puts a lot of people off. IMO, every physics class should have its own separate hands on lab component
The concept is simple, but the process for modern microchips takes ultra-clean rooms and a machine the size of a city bus that costs hundreds of millions of dollars. The earliest chips were litho’d with visible light, but the size limits of that were soon reached (if you magnify something too much using visible light it starts to blur. Shorter wavelengths (ultraviolet) were used for better resolution and smaller feature size. Now, with feature sizes in the single digit nanometer scale (in fact IBM just unveiled a chip with 2nm features-the traces are only 5 atoms wide. Electron beams or x-rays are used to map features that small.
@timothy098-b4f actually those machines are just for high production, and with one off devices you don't need as large off equipment. You could also make an acrylic box with sealed gloves so you don't introduce contamination as a clean room which is unnecessary here.
omg this is EXACTLY what i was doing for my dissertation in uni! well i was trying to make a microfluidics circuit (like you apply a voltage to an area next to where you have a droplet and theoretically it should move. didn’t work very well but i did boil a few droplets 😹). Your setup is waaaaay nicer than ours but the centrifuge thingy where you apply your photoresist - ours kept the glass slide in place using a vacuum instead of tape which was cool. until some photoresist got slurped into the hole and i had to disassemble the whole machine. my background was more mechanical engineering so i should have been comfortable with fixing equipment but i find it stressful - more of theory kind of girl 🙈 I could never keep the metal stuck to the glass. like when you dissolve your photo resist mask my whole design would lift off. so much swearing and frustration 😂 also your mask is amazing detailed! we dont have people in south Africa who can make those professionally (or not that we know of anyway) so the people before me were using stacks of photocopied transparencies which obviously was a fail. i have a graphic design/photography background (tried eng after art bombed haha) so i found a printing press that still had some old machines that would make lithography plates for say printing books or magazines. those transparencies were a huge improvement but i never thought to see how tiny i could go - defos wouldn’t have been able to get your level of detail
Semiconductor Manufacturing (Photolithography):In the electronics industry, lithography is essential in fabricating integrated circuits (ICs) and microchips. The process involves transferring circuit patterns onto silicon wafers using light. Different wavelengths of light are used to project the pattern of a circuit onto a photosensitive material called a photoresist. This process is critical for producing modern electronic devices such as processors, memory chips, and sensors.
Aa someone who absolutely understands nothing of what this is and what you explained Could you elaborate but ... in stupid so my dumb smooth brain can understand ? 😗
@@tyrian666 Photolithography is like using a projector to shine a tiny circuit pattern onto a material. Light makes the pattern stick, and the rest gets washed away. This process helps create the small parts inside chips for electronics like phones and computers.🫂
@@_POKEBALL oh thats so cool thanks for the explanation 🙏🏽💜 But how does a "picture" for lack of a better term of the circuit on the chip make the chip work ? Is the material thats put on the chip the conductive material or how does it work ? 😗
@@tyrian666 you can see the picture as a google map for example. if you want to go to a shop, you'll take a particular route. if you want to go to your house, it will be a different route. you can think of circuit like in the example, if you want to play a video, it will go to a particular route on the little printed image of the map, at light speed. there is a LOT of layers between this video and a computer, but let me know which one and i'll try my best. cheers.
It's essentially the only step in creating semiconductors. Photoresist, expose certain areas, do some chemistry on the exposed regions, repeat. What the particular chemistry is depends on the step, and the semiconductor, but the basics are pretty consistent. Etching, dopant deposition, etc, it's all photolithography which limits the location of the specific chemistry.
1. Add photoresist. This is a chemical that softens when a laser shines on it. 2. Using a mask, shine a laser where you don't want the print. 3. Using a chemical, clean off the softened photoresist, this leaves only the print. 4. Add a metal surface for shiny appearance. This covers everything in metal, including the photoresist print. 5. Using a chemical, remove the photoresist print. Because there is metal on top of it, it also removes the metal. You now have metal only where the laser specified!
I don't think the laser was used here. In my opinion, the glass plate was first coated with a protein substance mixed with a chromium salt, then the reduced negative image of the text was projected onto it in ultraviolet light. Where the ultraviolet light was, the protein becomes insoluble in water, the rest is washed away with water. Now follows a vacuum deposition process of an aluminium layer over the entire surface, after which the insoluble protein, which was not washed away by water, is removed with a solvent. On the surface of the glass remains the positive of the image consisting exclusively of the aluminum layer.
I worked for Motorola bk in the early 2000’s and this is very similar in principle to chip layer etching. The area was completely cut off from daylight with only yellow light inside. So weird when ur tired on a nightshift 🧟♂️
This kind of thing never ceases to amaze me 🤔 Love to watch it . Then i find myself asking myself Who the hell made the machinery in the first place to do this 🤦🏼♂️🤷🏼♂️
That’s nuts, had no clue how they got the color to be consistent and now I see. That said it’s always amazing to see how much wasted material making stuff produces - not bashing your technique at all, in my profession we have an insane amount of waste and it’s sadly necessary unless someone figures out a less wasteful way - just always interesting to see what we lose in the process of production
Appreciate your awareness. I have been sensitive to waste production throughout my entire life ..... It has kt me from being active, involved in quite a bit of activity. Now I find myself looking in awe at life experiences I have exacted myself out of.....
I used to be a screen printer and this is almost the same method we use for colour separation and exposing the design onto a silkscreen with a photosensitive emulsion.
I'm wondering how is the process going on. Correct me if i'm wrong. 1. Spin coat with photoresist 2. Expose to the UV 3. Remove the unreacted photoresist 4. Deposit with metal 5. Lift off the metal
I don't think there is a good DIY version. But depending on the resolution you want to achieve, dry film photoresist might be a good option. Can be bought on eBay or Amazon for cheap.
Photolithography is the technique to make the pattern in the photoresist film. Lift-off is what we call the metallization process where the metal is deposited on the substrate, and the excess is deposited on the photoresist and is lifted-off by dissolving the photoresist.
I really appreciate how the first time i watched this short i didnt know what the fuck was going on And then the second time i watched it its like you taught me a year of middle school physics
It would be nice if someone explained the process going on. What are the machines? What chemicals or liquids are being used? What makes the script transfer onto the glass and how does it come out so tiny?
I was expecting a working microchip to come out of this.
I suspect soon. The microchip would need to be exposed several times because there's a doping step for the n-type on the p-type substrate. Then the gates get metallized, then interconnections.... Microchips are next level complex.
Its analog memory chip
@@XantheFIN clearly digital in base 60
That would be microlithography
Me too
The fact that it's dialogue from Shrek makes it even better
🎯👀💯
Where in the description does the video maker explain what's etched on the glass slide?
@@stanleypeters5383when he's showing off the final product. Notice the glass, kernel and the text in frame.
@@stanleypeters5383nowhere. They correctly titled the process at work. The interest was in the curiosity. It was a mystery. You didn't find any satisfaction from the result?
Somebody once told me
The brainpower it takes to create this process is amazing to me.
I don't agree... It doesn't take much brainpower. Just few simple task, a little optimisation and few machines. It's cool, but not that difficult.
@@alexandrevaliquette3883 To follow a pre-established process, sure. But to be the person who created this process, yeah that takes a lot of brain power. Also, I'd disagree that doing this isn't difficult.
@alexandrevaliquette3883 I was referring to creating this process and what goes into it. Since it's so simple, what processes have you created?
@@hollisticc I agree that there is a lot of smart people who created the machines, chemicals and process.. Some are very smart and some are 'average smart!" who got lucky!
Collectively, Human are incredibly smart.. But individually, most are not innovative and only repeat what other show them. Most people barely can extrapolate from what they learned.
Finally, 'difficult' is very relative... Theses are well known process, even if most people don't know any of them. It require a bit of R&D, but not years of expensive experimentation either.
What is 'difficult' you might ask me?
Be a pioneer in your art/field. Surviving 3 weeks in wood when you get lost and you don't have a lot of knowledge on the topic. Doing R&D for high tech, pharmaceutical, aeronautical, AI, etc.
Maybe 'complicated' would be a better term to describe it? Like an offset 4 colour press operator have a complicated job for example. Yes, I would say so.
Again, regardless; this is a very nice project and the video quality is quite good and entertaining.
@@ms.andrea172 My whole life is dedicated to optimisation, improvement and innovation. I've worked in pharmaceutical industry (R&D analytical chemistry laboratory). I improved analytical methods and things related to HPLC, GC, FTIR and other analytical instruments. Later in life I went back to school to study metallurgy/(minérallurgie). I did improvement to the gold recovery and cyanide destruction process. Overall, the mine I was working for got an increase of few hundred thousands $/month and less cyanide in environment.
I also went to Haiti to help them with soil analysis, irrigation and small project such as solar dehydrator with very VERY limited resources.
So... thank you for asking!
It's pretty marvelous seeing the whole thing in one RUclips Short.
I can't remember the last time I saw a 2 parter. Just click do not recommend every time you see one, worked for me
What are you talking about @@ImBuanana
@@Lord_common_sense As in shorts that have a part 1 and part 2. It's a pain to find part 2 sometimes if the creators makes a lot of content and it's not linked or something. Person is saying if you click do not recommend on those shorts split in two or more parts you stop seeing them in your feed
No it's too fast . Some context would be nice
I don’t get it…what’s the value in this?
When you're allowed one flashcard for the test
Underrated comment
Need microscope to read😅
Bro rediscovered microfiche.
Ha! Front AND back
O hell yeah
The amount of messing around and experimenting needed to have figured this out must have been astounding
При том, что это технологии, которые применялись более века назад! 😮
And I thought I was nerdy 😅
Ah, cool. He's making a book for ants
CIA enter the chat.
😂😂😂😂
@@gamil867American Dad too
Nah, it’s for bees.
Or the Center for Children Who Can’t Read Good and Stuff
bro pulled out gadgets we’ve never seen before
Sure did huh?
After the centrifuge, he used ultraviolet source with an optic to polymerize the yellow coating with an image printed, then he washes away the coating that wasn't polymerized (affected by light), the coloured aluminum foil tank with a wiggle-wiggle thing is a vacuum chamber, there is a carbon holder there, where you put a material that you want to deatomize (vaporize any metal for example) and with high voltage those atoms flow to the glass and stick on it's surface. After that he washes away the yellow coat that was holding metal atoms and he gets a book atomically printed on a glass.
@DND-Mode it's all physics.. somehow I started loving physics.. I didn't technically finish school but kept studying by myself. I run a little lab where we experiment with cryogenics.. just love the lab equipment
@DND-Mode it's such an enjoyable journey! 🙌
@DND-Modeto me that means you had crap teachers.
Also, I think modern physics lessons rely way too heavily on theory and not enough on experimentation, and that's coming from a career physicist with a PhD.
It alienates a lot of people. I loved learning quantum mechanics but the math is so esoteric and conceptually wonky that it puts a lot of people off.
IMO, every physics class should have its own separate hands on lab component
Im completely amazed by how clear the text is for how small it is, incredible
@@smurph1994 we can make it even more smaller, like nano meter
processor of your phone or PC is built with this technique
Science in school 🤡
Science in shorts🗿
facts, school is basically the temu version of learning😂
@@ykthelabel3012school is the very base level of learning. to understand the chemistry and physics that occurred in this short is a college class.
@@Quixan 😒 no shit dude it's just a joke not a life teaching moment
@@ykthelabel3012 if you're hating on school you were probably just bad at it. get good
Bruh, come to university, you will be amazed by the kind of machinaries we get to operate.
Ah yes, my favorite youtube trend, PHOTOLITHOGRAPHY.
I blame asianometry for getting me into it
😅😅😅😂😂😂
Stop bein Photolithorithist I’m so offended
You could do it in your home, but it would be called, Ghetto- lithography
😂😂😂😂😂
9 лет работала на фотолитографии по созданию интегральных микросхем, спасибо вам за ваш труд😊
А где, если не секрет?
@@t1tan1kchannel Ярославль
Imagine submitting your assignments like this 😅😂
You just need a 20x projector to make it legible. NBD.
Ngl, I did something similar, granted it was only 6 lines per line of college ruled paper, but the concept is there
I mean… if you were taught this and that teacher gave you a paper assignment, they kinda deserve it.
Then it's come under a save trees and environment act 😂😂😂
Only outcome out ever gonna get from your professor is " I am not about to attempt to read that." 😥😒😒😒
I love the fact that it's such a simple process!
The concept is simple, but the process for modern microchips takes ultra-clean rooms and a machine the size of a city bus that costs hundreds of millions of dollars.
The earliest chips were litho’d with visible light, but the size limits of that were soon reached (if you magnify something too much using visible light it starts to blur. Shorter wavelengths (ultraviolet) were used for better resolution and smaller feature size.
Now, with feature sizes in the single digit nanometer scale (in fact IBM just unveiled a chip with 2nm features-the traces are only 5 atoms wide. Electron beams or x-rays are used to map features that small.
@timothy098-b4f it's not a microchip though
@Paxxiac the methodology is the same
@timothy098-b4f actually those machines are just for high production, and with one off devices you don't need as large off equipment. You could also make an acrylic box with sealed gloves so you don't introduce contamination as a clean room which is unnecessary here.
I'm pretty sure you're being sarcastic...? that or you've got a screwed up definition of simple. Either way you made me laugh. 😂
I have no idea what you were doing in any of the steps but it looks very interesting and the result is astound. You have my thumbs up.
Haha, got a laugh reading part of the text and realizing it is a scene from shrek😅
Yeah, mate. I noticed it, too😅
That's fun, I was gonna ask what book it was 😅
Isn't it Toy Story?
@@idon.t2156 it's the flying donkey
@@idon.t2156... no
I don't quite understand what you're doing but I'm highly fascinated.
CPU's are created this way^^
basically you shine some light to cast the shadow who will permanently in there
and CPU is created this way
@@sadewo1516
Oh, like how you make shirts with screen printing! Very cool!
He make big thing small
@@Machine_State is it possible to make small things big? asking for a friend
omg this is EXACTLY what i was doing for my dissertation in uni! well i was trying to make a microfluidics circuit (like you apply a voltage to an area next to where you have a droplet and theoretically it should move. didn’t work very well but i did boil a few droplets 😹). Your setup is waaaaay nicer than ours but the centrifuge thingy where you apply your photoresist - ours kept the glass slide in place using a vacuum instead of tape which was cool. until some photoresist got slurped into the hole and i had to disassemble the whole machine. my background was more mechanical engineering so i should have been comfortable with fixing equipment but i find it stressful - more of theory kind of girl 🙈
I could never keep the metal stuck to the glass. like when you dissolve your photo resist mask my whole design would lift off. so much swearing and frustration 😂
also your mask is amazing detailed! we dont have people in south Africa who can make those professionally (or not that we know of anyway) so the people before me were using stacks of photocopied transparencies which obviously was a fail. i have a graphic design/photography background (tried eng after art bombed haha) so i found a printing press that still had some old machines that would make lithography plates for say printing books or magazines. those transparencies were a huge improvement but i never thought to see how tiny i could go - defos wouldn’t have been able to get your level of detail
Awesome! Especially when you think about how far the limits of Photolithography are pushed in the industries
What is it used for?
@@user-hr2in9pz6r Microchips!
Production of micro chips. You hold a product using that technique in your hand if you are watching on your phone.
RUclips feeding me science shorts is my new favorite
Gathering my “cheat sheet” gear for exam day!!
Semiconductor Manufacturing (Photolithography):In the electronics industry, lithography is essential in fabricating integrated circuits (ICs) and microchips. The process involves transferring circuit patterns onto silicon wafers using light. Different wavelengths of light are used to project the pattern of a circuit onto a photosensitive material called a photoresist. This process is critical for producing modern electronic devices such as processors, memory chips, and sensors.
Aa someone who absolutely understands nothing of what this is and what you explained
Could you elaborate but ... in stupid so my dumb smooth brain can understand ? 😗
Thank you wise gentleman 😮
@@tyrian666 Photolithography is like using a projector to shine a tiny circuit pattern onto a material. Light makes the pattern stick, and the rest gets washed away. This process helps create the small parts inside chips for electronics like phones and computers.🫂
@@_POKEBALL oh thats so cool thanks for the explanation 🙏🏽💜
But how does a "picture" for lack of a better term of the circuit on the chip make the chip work ?
Is the material thats put on the chip the conductive material or how does it work ? 😗
@@tyrian666 you can see the picture as a google map for example. if you want to go to a shop, you'll take a particular route. if you want to go to your house, it will be a different route.
you can think of circuit like in the example, if you want to play a video, it will go to a particular route on the little printed image of the map, at light speed.
there is a LOT of layers between this video and a computer, but let me know which one and i'll try my best. cheers.
“Now I’m a *flying*- talking donkey!”
I didn't understand what was happening a single second of this video
Amazing how people figure out how to make these kinds of inventions for people to use.
This is essentially one of the steps when creating semiconductors. Very cool demonstration
It's essentially the only step in creating semiconductors. Photoresist, expose certain areas, do some chemistry on the exposed regions, repeat.
What the particular chemistry is depends on the step, and the semiconductor, but the basics are pretty consistent. Etching, dopant deposition, etc, it's all photolithography which limits the location of the specific chemistry.
Wrong. You are not creating a semiconductor with it. A semiconductor is a material. You are patterning a semiconductor with it.
Bro's notes before exams are crazy
I have a request.
The entire dialog for Shrek.
Wasn't that part of it?
@@undynesgaming9462I do believe the ENTIRE dialogue. Not a page of dialogue.
Honestly that and the Bee Movie would be the ultimate jokes
Никогда прежде такого не видел! Спасибо что показали!
Same here!
So glad to finally have an idea how this works, love doing this in action!!
I don’t know what’s happening but it’s satisfying
1. Add photoresist. This is a chemical that softens when a laser shines on it. 2. Using a mask, shine a laser where you don't want the print. 3. Using a chemical, clean off the softened photoresist, this leaves only the print. 4. Add a metal surface for shiny appearance. This covers everything in metal, including the photoresist print. 5. Using a chemical, remove the photoresist print. Because there is metal on top of it, it also removes the metal. You now have metal only where the laser specified!
I don't think the laser was used here. In my opinion, the glass plate was first coated with a protein substance mixed with a chromium salt, then the reduced negative image of the text was projected onto it in ultraviolet light. Where the ultraviolet light was, the protein becomes insoluble in water, the rest is washed away with water. Now follows a vacuum deposition process of an aluminium layer over the entire surface, after which the insoluble protein, which was not washed away by water, is removed with a solvent. On the surface of the glass remains the positive of the image consisting exclusively of the aluminum layer.
This is also how they stencil out certain silicon chips for electronics.
I worked for Motorola bk in the early 2000’s and this is very similar in principle to chip layer etching. The area was completely cut off from daylight with only yellow light inside. So weird when ur tired on a nightshift 🧟♂️
@@gazjwil677 Can night shifts cause long-term health effects? I was recently offered a job, I refused.
I literally watched you do this and I can confidently say I still have absolutely no idea how you did that
This is amazing I was pretty confused most of the video puzzled what you were doing to a microscope slide
What in the actual f...? That's fucking amazing, man!
Think that's amazing? Computer chips with details millions of times smaller are made the same way,...sort of
@@ScorpionXXXVII , that's amazing too, but I always wondered about the process and never expected to see it in a short.
This kind of thing never ceases to amaze me 🤔 Love to watch it . Then i find myself asking myself Who the hell made the machinery in the first place to do this 🤦🏼♂️🤷🏼♂️
@@UncleBaldy , seriously, these things really makes us wonder the level of feats we've achieved being humanity as a whole as well.
i had to watch this 3 times to truly understand the mechanism behind it
That’s nuts, had no clue how they got the color to be consistent and now I see. That said it’s always amazing to see how much wasted material making stuff produces - not bashing your technique at all, in my profession we have an insane amount of waste and it’s sadly necessary unless someone figures out a less wasteful way - just always interesting to see what we lose in the process of production
Appreciate your awareness.
I have been sensitive to waste production throughout my entire life .....
It has kt me from being active, involved in quite a bit of activity.
Now I find myself looking in awe at life experiences I have exacted myself out of.....
Having no context as to what's happening, I'm only amazed I watched this twice. Very compelling work. Thank you
humans have progressed so far,
too bad some of them want us to live like peasants in the dark ages...
I used to be a screen printer and this is almost the same method we use for colour separation and exposing the design onto a silkscreen with a photosensitive emulsion.
Открыта технология изготовления микрофотографий 18века. Спасибо за видео.
Разве автор утверждает, что он первооткрыватель? Вроде, тут обычная демонстрация
You placed these down and I immediately thought this was an episode of Dexter
I'm wondering how is the process going on.
Correct me if i'm wrong.
1. Spin coat with photoresist
2. Expose to the UV
3. Remove the unreacted photoresist
4. Deposit with metal
5. Lift off the metal
I love the mini sputtering chamber.
Love you videos
Thank you!
I just learned so much yet absolutely nothing at the same time lol that's amazing. How would u even figure out how to do that. Amazing
These kind of things we expect from social media..
Can't stop watching this 😍
Can't even imagine how much effort it took to prepare all these steps
I had no idea what you were doing until the very end. Then i rewatched the video to see how you did it and I’m still confused!
Excellent job, crisp clean lines..
MOSFET any% is getting crazy lately
the future sure is crazy.
lol. on any% it's matter of seconds
At no point did I know what was happening until the very end, but I enjoyed every second
Единственная стоящая видюха за весь день...
is there any way to make home made diy photo resin? because typical photo resins loke SU8 are expensive
I don't think there is a good DIY version. But depending on the resolution you want to achieve, dry film photoresist might be a good option. Can be bought on eBay or Amazon for cheap.
They make liquid PCB photo resists too. Not just dry film.
Look up egg albumin photo print.
Photolithography is the technique to make the pattern in the photoresist film. Lift-off is what we call the metallization process where the metal is deposited on the substrate, and the excess is deposited on the photoresist and is lifted-off by dissolving the photoresist.
Cool. You got more scientific gadgets than the batcave.
Bruce have more gadget for he is 1000000x richer and resourceful owner he just buy what he cannot have!!! Like all rich people!!!
I really appreciate how the first time i watched this short i didnt know what the fuck was going on
And then the second time i watched it its like you taught me a year of middle school physics
I swear, the more science keeps advancing, the closer we get to a world with real magic.
See the coolest part about shooting on film is that there is no definition. It captures everything purely without pixelating anything
This is like one of those recipe videos where you don't know where it's going
idk what you did
but it looks awesome
A vivid example of “just because you can, should you?”
When these used to be in my hands at school, the chances of breaking were 100%
I remember microfiche readers in all the libraries. Was enjoyable. Neat seeing what that process entailed.
I've never thought abt it but in hindsight a centrifuge like device for oily stains on a slide is a great idea
whipped out the sufficiently advanced doodads for this one
Taking read the fine print to another level
i had no idea what was happening for most of the video but i watched it anyway lol
1回1回の"カチッ"て音がすごく好き
i hav no idea what you are doing but damn it looks great
The definition of "I do it because I can."
There was not a single second of this video in which I knew what was happening
Idk why, but the centrifuge part was like, the coolest thing of the entire short for me lol
Wow such a useful invention!
My man is going to make his own semiconductor.
I need a longer video to explain this. 😮
ruclips.net/video/1xT6fMVt0wY/видео.html
I can’t be the only one that this reminded of using old microfiche at the public library.
looks very cool! and expensive considering all the equipment😮
I didn’t even know this was a thing, but it’s amazing to watch all the steps.
This is a good idea for necklaces and rings because you can also make photos of people with this.
I concede. Honestly thought it was just a laser engraved little icon till I saw the letters that’s some skill
Cool photo but could you make one of a landscape???
When there is a test tomorrow, but your best friend didn’t study anything and you decided to help him by making a cheat sheet.
They used to use this technique for spy’s. Make the print so small u need a magnified glass. Very cool
Crazy, the difference between a lithographer and lithography in technology
It would be nice if someone explained the process going on. What are the machines? What chemicals or liquids are being used? What makes the script transfer onto the glass and how does it come out so tiny?
That seems like a good way to store books. Not sure if the space would be condensed enough to make up for the thickness of the glass.
In photography, we call this copy work use fine detail film for the sensitized target medium.
I didn’t know what was going on but I’m glad I stayed until the end.
Coping in class has become more complicated than studying
this is yet another episode of "wtf is this profession i ran into at youtube shorts"
that's a sick assortment of various gizmos and contraptions you got there
Man I respect you for your craft ❤
You could also use a high resolution SLA 3d printer for that
Reminds me of a process where words were fit in the periods of sentences in order to communicate with spies
I didn't even know what I was looking at for half the video
What a great DIY video, can't wait to try it.
Imagine how terrible they're going to feel once they realize there's a typo 🤦♂️
最初から最後までやってることが何一つわからなかった動画は生まれてはじめて
I'm not gonna lie, I understood the cleaning and the washing part and that's it
I really want to know 1) what’s on the slide and 2) which stage did you put the image on? Was it in the early gluey/spinny stage?