The more yellow it is the more dirty the flame, cleaner burning flames are hotter and go blue to clear. Don’t let your brother tell you stuff like that.
Matt hmmm he’s gotta be the CEO, other corporations will probably try to silence his ideas bc capitalism, there’s just a lot of problems that can arise...
Every time someone makes something that can change the world, they get bought, or made to sound crazy and stupid, or disappeared. Dude does need a plastic and a new metal 3d printer though. If he makes something That could change the world, like a new power supply or engine, he should just make a video just like this one and upload it everywhere before anyone sees it. Then it can't disappear or be denied, can be replicated, and will be used in industry. That's how you stay alive and change the world. You won't get rich, but you'll be the guy. So you won't need to be rich, because everyone will want you around.
Came here for the WiFi radar, stayed because of the biology, got interested in spider beer, intrigued by the meat glue, and now here I am, learning about cold plasma and ion engines. One of the best rabbit holes on the internet. Keep up the good work man
Cool, this comment got me to subscribe. I used to do my own odd projects when i was in highschool but never had the budget or time. Now got a job and am going to startup my hobby again
@@thethoughtemporium as far as I know There is nothing like the lab you have near me... Not that I can have free(or cheap) access to What you do is awesome and I wish I could at least replicate
One thing I left out was the stink of ozone when we were running this on air. I'm hoping to set up the system with co2 and water vapor and shoot it into a canister/tank of some sort to see if the collected products become flammable at some ratio of co2 to water. Ought to be fun, but also really dangerous so we're gonna take out time to make sure we do it safely
I was, briefly, a grad student in physics, and did some research in a low temperature lab (stuff like liquid helium research). Anyways, I was told bluntly and wisely, that my first five attempts at an experiment would fail. Because what we were doing was unknown (not only to us, but to anyone in the world), with no road-map. So we didn't even know how things could or would fail. So no matter how carefully you designed and built the first five versions, you would fail due to some unforeseen problems. The problems might be trivial, or they might be deep and complicated. Therefore, it was important *not* to spend too much time carefully designing and building the first several tries; that would be a waste of time and effort. Only after five tries, would you have learned enough to know what you're doing. Then, it would be good to design and build carefully. At first, that was a difficult lesson for me. In other words: (1) Fail fast, fail smart. (ie: fail efficiently: that means quickly, and learning as much as possible per failure.) (2) Learn from failure, several times. (3) Then carefully design and build.
A very good question! I don't think there are any easy answers. And probably depends greatly on what area you're working in. But I think I would say that you should study what other people have done. Maybe some people have worked on areas related to what you are doing. Understand those things, without limiting yourself to what they did. Maybe understand how what they did would be helpful, or would fail. Also, sometimes talk to people outside of your area. Something they do might give you a new idea. Or, they could have a very different and fresh perspective on what you're doing.
@@FrancisR420 Glodilocks And The Three Generations of Software Objects. First doesn't have enough functionality, second is way overdone, third is about right. Seems to apply to hardware too.
Yeah like Tesla and Feynman, 🙄 how is this the top comment? Science is dead. Complete lack of understanding regards to the level of knowledge and effort jt takes to accomplish this over enthusiastic science fair result 🤔 you understand that those kids who did well at the science fair simply understood how slowly and pathetically they teach science at school and probably could have taught the class if they wanted to waste their time? He is not an overly enthusiastic science fair kid, he’s a mechanically minded practical physicist. A very useful human.
great idea. a bit of glow in the dark pigment will do the trick. finding the raw materials for neon tubes isnt exactly easy, especially in small quantities. and most phosphorescent coatings used there arent durable.
no not phosphor, I think you mean photo-luminescent or fluorescent material but phosphor is highly reactive to oxygen so it will start burning in place not only when the torch is on but continuously until it is finished.
the "phsphor" in CRTs has a very faint afterglow too. just like some white LEDs. it's falsely called phosphor, but that's what it's called. glow pigment has makes a great UV indicator, it's much brighter under UV, that it could glow on it's own. (the shorter the wavelength the brighter)
No extreme pressure nor a bunch of burocracy to get stuff done Public funded science is suffering a lot out of burocracy and scarcity of money Scientist in University have more burocratic work than scientific work, and don't know shit about sharing their knowledge to the public who funded them
@@0Arcoverde the device you typed that on is an aggregate of publicly funded research. You just have to read up on all the vast amount of publicly funded technology that gets sold to private corporations so that they can "invent" it.
@@quohime1824 the scientfic journal mafia doesn't help The "not spreadnes" of science doesn't help The huge burocratic work scientist need to do is equal or greater than the scientfic work they already have
@@0Arcoverde what work tho? I've tried looking this up an I haven't found anything. If anything, the bureaucracy would be handled by the university. I don't see how or why a researcher would be doing government paperwork? Am I missing something here? The most I could see a researcher doing is submitting a request for funds from the University to get money for their research. And as far as I know this isn't as monumental as their research is. It's just a plan of what you are looking to do and a justification for the money you want to spend on it.
@@quohime1824 money is scarce They are basically competing against each other to write the best possible proposal and get founded They need to justify every paid student they have There is a video on veritasium on the matter At last, the lack of solution doesn't mean we can't point out the problems
Look what happened to the american guy that ran his vehicle on this . He died in very suspicious circumstances , and his plans disappeared from his home , no witnesses . . So america already has this information . Strange how this happened after he refused to sell the plans to the corporate oil companies and government . . Its all there for anyone to lookup on the tube . He was going to give the plans freely to the public , he never had the chance to do so , this could be classed by some as speculation . . But ...
There's actually a city in Sweden where I think some government vehicles and a few private ones run on methane produced using a similar method. They take CO2 from the air and I believe the water is rainwater and they also capture the water to be reused when they refuel. They're basically electric vehicles which have had their batteries swapped out for generators running on methane.
In 5 minutes, you helped explain HOW plasma is created, whereas my science teachers throughout my entire childhood were never able to properly explain it. I salute you, good sir.
Cannot understand why all so interested about this particular video. Spending a year on trying to get atmospheric-pressure plasma jet with DC voltage is not so clever decision.
@@LoganDark4357 The Thought Emporium is talking about using AC (starting from 4:49 to 5:54) or at least oscillating voltage for atmospheric-pressure plasma jet, but using computer monitor flyback transformer (that is shown at 7:02) which have capacitor at the output - so the output voltage is constant. He spent a year on trying to get atmospheric-pressure plasma jet with constant voltage. Please, try to be more perceptive.
I. Literally. Just. Thought of this. Didn't say a word. Didn't look anything up. Didn't look up or say anything related. Just thought about it for the first time in years. And 5 minutes later, TH-cam recommended it.
it means the house is cold and free of coronavirus buuuut it also means the atmosphere of the house is entirely argon so hope you brought an oxygen mask
@@yellowgoose5043 dude, your dutch was worse than your English? You literally said 'i'm making a joke, i'm not a good english' So next time you're coming for someone 'not seeing a different language' try to not emberass yourself..
Fun fact: a lot of the mass market semiconductor industry uses plasma torches to superclean wafers. They use blown discharge in air though, not argon. Very similar to what you've built.
@@gregandark8571 I'm not sure exactly *what* they use, but I'm absolutely certain I've seen plasma used to clean wafers during production. I don't see why it wouldn't be.
Plasma is indeed used for a variety of things in the semiconductor industry. I believe the process most similar to what you mean is a simple plasma clean. It's not a cold plasma but typically an argon plasma that physically cleans the surface by the bombardment of ions. A more aggressive clean uses oxygen plasma which will react with any organics on the surface, turning them into CO2 and H2O
@@gregandark8571 The monocrystalline silicon before doping is an intrinsic semiconductor, which means it conducts electricity very poorly. Actually, undoped monocrystalline silicon is widely used as an insulator in semiconductor devices. Plus, ESD damages electronic devices largely because they permanently breakdown the thin dielectric layer in, e.g., MOSFETs. The dielectric layer is applied way after cleaning the wafers.
This channel is like How It’s Made meets Biology and I am absolutely fascinated by every concept that has been presented to me. I didn’t even think some of this was possible. Wow.
Keep holding your breath for that to happen along with all the other projects he puts one or two video's on and claims is on going. I've lost count of all the projects he's claims he's working on. Throw him some money, that is the main goal after all.
@@myrkhosh see in 2020, no one makes jokes, and they dont understand that repeating a meme is the same as stealing a joke, because its the only way jokes are made....literally they just repeat over and over...
I'd much rather have a totally undeserved 'I told you so' moment with the kids I've told blue fire is cold to than worry about haphazard idiots going in another axis of movement on the 'road' xD
Flyback transformers have high voltage diodes in them for rectification, because CRT TVs require polarized electric fields. That is why they act "weird".
Yep, they're charging a large capacitor for the electron gun to fire at the phosphor. Also, DC allows a build-up of charge over time more than HF AC can, so a small current can charge a HV storage w/o everything having to be so beefy/costly/bulky.
Ali Devrim OGUZ not all do actually, I got lucky several times with older color TV's no diodes, or caps in it just the circle tube of windings, sealed of course and the ferrite going to ground also 3 of them only have 5 lead's very easy to work with added benefits imo. I think this convince me to take apart the old Commodore 64 and monitor and see what kind of fly back is in there since when I was on vacation are old 30 or so inch screen TV that was black white mysteriously got recycled during spring cleaning sigh
Also on the ones I have came even from recent TV the recent cr-mo more recent CRT TVs the AC ones are actually a bit smaller and are said to be able to produce a lot more beneficial variances but I've yet to experiment with all the possibilitys, let alone therorys. I rebuilt one would definitely be the way to go for anybody interested and using flybacks in their project so they don't have to use the fix diodes and the fix capacitor you can use them additionally added on to your own needs which makes it a lot more versatile Imo. you can always depot one with the diodes in there in the capacitor and Rewind it to your own needs just a Crock-Pot with some sand and it until the epoxy starts getting loose enough to crack away gently I've seen homemade ones make my 3 Series fly back Tower look like an arc lighter.
I'd love to see you change the chemistry up so I can see how it reacts and bravo btw glad to see not everyone's just sitting at home doing nothing...this is legitimate motivation
Same. I got started on a discone antenna for rtl-sdr some 7 years ago, never finished. Still have the parts, but now I think I'll be going straight to some sort of a helical antenna to earn the "my other camera is in space" badge. This summer will be it.
That's why I like people inspiring other people. too bad there's no place for at home inventors to come together and work on projects just to work on them and have fun and learn more.
You read lots of scientific papers, made a device which probably worth an arm and a leg commercially, and took a year to build, and is better than all those in academic papers, and put it here for free, in favor of humankind. Wow! Good job!
exactly a year ago this video showed up in my recommended. got me hooked on your channel, what got me was clean voice the way of explaining and the wealth of information and a year later here I am looking like a junkie waiting for another video to be released .
@Cody Slab HAHAHAHAHAHAHAHAHAHAH. Sorry I almost fell out of my chair. You realize this video has (at time of writing this) 1.2M watch minutes and ~200k views. More people will see this video than any paper I could ever write, even if I came up with a better theory of gravity. And when I do write the paper, there's no requirement that I be part of any university to publish. Anyone who pays the fee and passes the journals quality standards and peer review gets published. I'll be looking to publish in peerJ or hardware X, both of which couldn't give a single fuck about university status. And even if I didn't publish, I post links to code on github and show extreme detail in videos, more than enough t replicate anything I do. The videos come out in essentially real time. When I make a video, I just finished working on the project a day or two before.
I really dig this video. In case you were curios, a CRT's flyback transformer is used to control the horizontal sweep of the electron beam. It basically takes in pulsed DC and spits out a sawtooth signal that never crosses 0v.
idk the specifics but i have a few water torches, of varying complexity as to the the separation, scrubbing/drying and delivery from the cells as well as in the design of torch burners; and most configurations result in a flame that will cut metal but so far in my most gracefully clumsy mishandling hasnt burned my skin or clothing or furniture, and rarely it burns paper if i let it stay in flame too long. in the same conditions but with conventional gas (propane or MAPP) cylinder as fuel i have accidentally burned many things and acquired many scars. my best guess would be that its an effect kinda similar to induction cooking but focused to a pencil tip, with some extra jazz about poteintial held in the flame and theres probably a good amount of charge in the in the fuel and some small amount of liquid droplets with dissolved KOH. i never really thought about it and now am curious as to the actual reason from someone who knows.
that would be browns gas...water molecules where the hydroxyl di hydrogen has been dissociated,leaving 2h+o...this results in a plasma that,when combusted,cuts metal but doesnt burn skin...
If I'm not mistaken, this is basically an _un_ - ion engine. An ion engine uses electric fields and plasma physics to shoot cold gas out at high speeds, where the speed is the important part. This torch uses a source of pressurized gas and a bit of electrical engineering to blow cold _plasma_ out at fairly pedestrian speeds, where the plasma is the important part.
This is incredible, cutting edge science... The platform (TH-cam) would seem to deny that, but as you said, this has never been done before. This is true scientific engineering, and I feel so lucky to have stumbled upon this channel. I will be donating to your Patreon and look forward to your future endeavors.
It's been done before, probably. There was a guy named Stanley Meyer who had a device that used a "capacitor" to break water down into hydrogen and oxygen for fuel in a car and he drove it around the country and they even showed him on the news. It sounded like it harnessed a similar technology to the one this guy is demonstrating. Anyways, Mr. Meyer died at a Cracker Barrel with his last words being, "They poisoned me." Despite scientists at the time acknowledging it did the impossible, the history books call him a fraud. If we aren't buying our energy from somewhere then that technology doesn't exist or is impossible. We live in a world where America invades countries that don't sell their oil for the US dollar, so yeah, we definitely need something like this.
@@wkruse84 Being done before is a good thing. Concept is proven. Then various designs and unique applications follow. That's progress. More people need to be involved in that process. That's all I meant.
I love how it's so easy to spot highly intelligent people just by listening/watching them doing stuff, even in area you know shit all about. You just keep on learning from their experience, keep track of how many variables and interactions/dependencies between them there are, and if you look at the final image (graph visualization in your mind), you're like "WOAH. this guy learned and understood FUCKIN LOT about tis topic, in a year. He's one of the actually very smart ones." This is the first (and maybe the last, but hopefully not) video I've seen from you. Subscribing with a bell, right now. AWESOME. (Also, yeah, root info - cold plasma exists. the thing that 20 years ago was just a semi-silly sci-fi thing, actually exists. Thanks for that piece of info :) )
Awesome project I love the thousands of applications it could have quick question isn't it possible that it is the UV light that destroys the bacteria eccentric cetera because like at water treatment plants and other applications UV light is used to sterilize stuff just curious and if it is the ions and uv combination man ramp this technology up to a bigger thing and you could be sterilizing all kinds of things
Holy shit people, its a different pronunciation, I understand being confused, but ruling out that a different pronunciation is even possible is stupid. Stop being stupid
I heard him say that the cold plasma torch "rips organisms to shreds" so I scrolled down to the comments to first, check if anyone had made a joke about it killing the Corona virus, and then ultimately make it myself. But, when I scrolled back up to the video, I so happened to pause it at 1:36 and and noticed what it said in the first sentence of the first paragraph, and the second to last word in the index terms directly underneath. Kinda spooky, eh?
@@claudiog.7397 i dont think that quarz tube, some teflon and acrilic cost that much.... also he plans to release it to public... 20 bucks isnt a lot but cmon the parts dont cost shitton
@@TheChemicalWorkshop oh yes if you do it yourself, have the machines, the time and skills. I thought you meant the price to buy the whole thing ...finished.
Very nice work, thank you for taking the time to show us your work on your Plasma torch. This is an area that is not covered well in most information as the transformers used can kill just as easy as they can make thing work. You may want to add more shielding on the exposed wire as it can breakdown over time and has led to issues with other peoples work.
Can confirm, just tried with my gas stove and it worked perfectly. Make sure to chant "Heat upon heat upon heat" as you endure the initial warm-up period, before it turns cold. I call it the the "Gom Jabar" effect.
So I was camping the other day when it was about 100°F outside. It was too uncomfortable to make a fire and I thought, wouldn't it be great to make a cold fire? Didn't think it was possible! Great video🙂
So say capillary action, like something getting sucked up by being absorbed . Through capillary action.. ka-pel-airy. Not kah-pill-ree... toe-may-toe, ah-loo-min-numb, hab-uh-dash-err-ree.. meh-ree-hoo-wah-nah... yup..
Yeah, I thought for a minute it was a different word, then decided he’s one of those guys who likes to say things differently. I know some M.D.s who do that, sort of like “I have a more sophisticated way to pronounce technical jargon.” It’s all good though, I like this guy’s stuff.
The height of pedantry. Your pronunciation and his are basically identical aside from some emphasis on the P, and both are widely used by Americans/Canadians. I switch between the two without even realizing.
in Vietnam some scientist did this for medical purpose. and this thing is useful in any bacteria and help the wound clean. they selling their machine about 40.000 USD .
When the hand sanitizer only gets 99.9% of bacteria, so you break out the Cold Plasma torch to get the last .1%.
Hand desanitizer: 99.99% of all germs given!
Then the plasma torch gets bored because it only gets 0.1% so it starts killing your cells ^^
Then we get plasma resistant bacteria.
@@Feast4Majora Remember? Remember? The 5th of November! Guy
Perfect for the corona virus
This is like when my older brother told me "blue fire is cold"
Brandon allidaP except this one is true
Brandon allidaP did u touch blue fire
@@smellybruhwithattitude7287 maybe
...
Well it's a legend of Zelda mechanics if you never took the context in context you are the idiot...
The more yellow it is the more dirty the flame, cleaner burning flames are hotter and go blue to clear. Don’t let your brother tell you stuff like that.
“It’s safe to touch”
Later
“It *rips organisms to shreds”*
Human Ratteler micro-organisms*
I mean all you had to do was listen another second and he says it doesn't damage anything larger than bacteria
@@blackbird7357 All you had to do was understand a simple joke
@@blackbird7357 use it on cancer
@@Zybruss look up gans and monoatomics/ormus, also, laurence gardner, and think we where able to do this thousands of years ago
I don't claim to be an expert on cold plasma - but I know a Sonic Screwdriver when I see one.
I see you're a man of culture as well.
#doctorwho
accurate
Yas
But is it weak against wood?
"It even kills viruses"
...wait--
There are plenty of other more practical ways to kill viruses, like... soap. (The plasma is probably not too good to inhale btw)
you thinking what im thinking?
@@karbonfx no
really inefficient compared to ultraviolet light, which can do the same thing and its cheaper
@@guaju that's why I said "no" lol
Someone give this guy a factory and a corporation and let him change the world this is the kind of science/engineering I'm proud to see people make
Matt hmmm he’s gotta be the CEO, other corporations will probably try to silence his ideas bc capitalism, there’s just a lot of problems that can arise...
He did not invent this technology.
@@sarahbalatbat8842 Why?
Viglud you can cure cancer but the guy making billions off chemotherapy isn’t gonna just sit back and watch
Every time someone makes something that can change the world, they get bought, or made to sound crazy and stupid, or disappeared. Dude does need a plastic and a new metal 3d printer though. If he makes something That could change the world, like a new power supply or engine, he should just make a video just like this one and upload it everywhere before anyone sees it. Then it can't disappear or be denied, can be replicated, and will be used in industry. That's how you stay alive and change the world. You won't get rich, but you'll be the guy. So you won't need to be rich, because everyone will want you around.
Came here for the WiFi radar, stayed because of the biology, got interested in spider beer, intrigued by the meat glue, and now here I am, learning about cold plasma and ion engines. One of the best rabbit holes on the internet. Keep up the good work man
Hehe. Just wait till you see the rest of the stuff this year. I'm still just warming up
Seems many people stay here for the same reasons! Awesome content tbh.
yup the same :D
Cool, this comment got me to subscribe. I used to do my own odd projects when i was in highschool but never had the budget or time. Now got a job and am going to startup my hobby again
@@thethoughtemporium as far as I know
There is nothing like the lab you have near me...
Not that I can have free(or cheap) access to
What you do is awesome and I wish I could at least replicate
Really looking forward to seeing some chemistry done with this!
@@Tony-nl6pf check out @NightHawkingLight 's channel, because if you like this video, you will like his ones too
One thing I left out was the stink of ozone when we were running this on air. I'm hoping to set up the system with co2 and water vapor and shoot it into a canister/tank of some sort to see if the collected products become flammable at some ratio of co2 to water. Ought to be fun, but also really dangerous so we're gonna take out time to make sure we do it safely
@@thethoughtemporium I thought people liked that smell
I love the smell of ozone in the morning.
I'd love to see a collab between you two to work on some project.
“I didn’t have any brass tubing so I just made my own”
Y’know, just casually making brass tubing, like you do
Well, _someone_ casually makes brass tubing, I mean the stuff I buy on Amazon must come from _somewhere._
Probably melted a jar of pennies
@@dmwanderer9454 That's copper, not brass.
@@calebhouston5799 Pennies have zinc in them
@@calebhouston5799 Pennies are mostly zinc with a copper coating.
"It evens kills viruses and spores in theory"
Boi do I got a VIRUS for you
lol.
lol.
lol.
lol.
lol.
I was, briefly, a grad student in physics, and did some research in a low temperature lab (stuff like liquid helium research).
Anyways, I was told bluntly and wisely, that my first five attempts at an experiment would fail. Because what we were doing was unknown (not only to us, but to anyone in the world), with no road-map. So we didn't even know how things could or would fail. So no matter how carefully you designed and built the first five versions, you would fail due to some unforeseen problems. The problems might be trivial, or they might be deep and complicated.
Therefore, it was important *not* to spend too much time carefully designing and building the first several tries; that would be a waste of time and effort.
Only after five tries, would you have learned enough to know what you're doing. Then, it would be good to design and build carefully. At first, that was a difficult lesson for me.
In other words:
(1) Fail fast, fail smart. (ie: fail efficiently: that means quickly, and learning as much as possible per failure.)
(2) Learn from failure, several times.
(3) Then carefully design and build.
How exactly do you fail? How do you go about doing that intelligently?,
A very good question! I don't think there are any easy answers. And probably depends greatly on what area you're working in.
But I think I would say that you should study what other people have done. Maybe some people have worked on areas related to what you are doing. Understand those things, without limiting yourself to what they did. Maybe understand how what they did would be helpful, or would fail.
Also, sometimes talk to people outside of your area. Something they do might give you a new idea. Or, they could have a very different and fresh perspective on what you're doing.
@@ChiralSymmetry thank you for answering this, you're a very kind person
It's the same with art and cooking first couple of times you're going to do bad no matter what.
@@FrancisR420 Glodilocks And The Three Generations of Software Objects. First doesn't have enough functionality, second is way overdone, third is about right. Seems to apply to hardware too.
You have yourself a proto-saber. Keep going and you will make a lightsaber.
Darth Cuddlefluff Thank you! I was looking for this comment.
@@cthecheese1620 no problem!
could he collab with the guy that made the proto-saber on youtube, to make an actual lightsaber? 🤔
@@NailZsama imagine it just fucking shreds everything it touches due to the size 😂😂
Did u hear the part when he said that its not hot
8 Minutes ago, i didn't even know that Cold Fire exists.. Thank you.. learnt something..
Almost anyone on earth dont know lol. Its pretty new thing. Back then , idk if this even possible
Ahh, the only child.
I'd heard of cold plasma, but that was it, I never knew it could be a real thing
Lol. He’s the guy that goes way too far for the science fair. *RESPECT*
Haha 🍄🍄🍆🍆🍄🍄🍆🍄
No such thing as too far when it comes to s science fair!
Yeah like Tesla and Feynman, 🙄 how is this the top comment? Science is dead. Complete lack of understanding regards to the level of knowledge and effort jt takes to accomplish this over enthusiastic science fair result 🤔 you understand that those kids who did well at the science fair simply understood how slowly and pathetically they teach science at school and probably could have taught the class if they wanted to waste their time? He is not an overly enthusiastic science fair kid, he’s a mechanically minded practical physicist. A very useful human.
@@truffleshuffl It's a joke. Also he followed up with RESPECT. Chill out
@@mrendroid609 more the 474 likes that upset me.. you chill out. RESPECT
Him: Accidentally turns on the torch
Everything living on his table: Gone reduced to atoms
I forgot, what reference is this?
@@heh2393 avengers end game when near the start when thanos is asked where the stones are and he said he destroyed them
@@jasielrivera1193 Right, thanks alot!
Jasiel Rivera maybe edit the comment with “spoilers for end game”
I’ve watched the movie but maybe some people haven’t
@@kingcoveryepic well they woud stop reading when they see averagers endgame
put a phosphor on the tip so u can tell when its in use (from the uv light)
Better yet, get some 12 mm neon tubing with the phosphor already coated inside. You can make this a shroud on the output end of the torch.
great idea. a bit of glow in the dark pigment will do the trick.
finding the raw materials for neon tubes isnt exactly easy, especially in small quantities. and most phosphorescent coatings used there arent durable.
@@Ucceah glow in the dark powder charges up. You need UV fluorescent dyes
no not phosphor, I think you mean photo-luminescent or fluorescent material but phosphor is highly reactive to oxygen so it will start burning in place not only when the torch is on but continuously until it is finished.
the "phsphor" in CRTs has a very faint afterglow too. just like some white LEDs. it's falsely called phosphor, but that's what it's called.
glow pigment has makes a great UV indicator, it's much brighter under UV, that it could glow on it's own. (the shorter the wavelength the brighter)
Amazing how low funded projects driven by passion can yeild great results! Good stuff!
No extreme pressure nor a bunch of burocracy to get stuff done
Public funded science is suffering a lot out of burocracy and scarcity of money
Scientist in University have more burocratic work than scientific work, and don't know shit about sharing their knowledge to the public who funded them
@@0Arcoverde the device you typed that on is an aggregate of publicly funded research. You just have to read up on all the vast amount of publicly funded technology that gets sold to private corporations so that they can "invent" it.
@@quohime1824 the scientfic journal mafia doesn't help
The "not spreadnes" of science doesn't help
The huge burocratic work scientist need to do is equal or greater than the scientfic work they already have
@@0Arcoverde what work tho? I've tried looking this up an I haven't found anything. If anything, the bureaucracy would be handled by the university. I don't see how or why a researcher would be doing government paperwork? Am I missing something here? The most I could see a researcher doing is submitting a request for funds from the University to get money for their research. And as far as I know this isn't as monumental as their research is. It's just a plan of what you are looking to do and a justification for the money you want to spend on it.
@@quohime1824 money is scarce
They are basically competing against each other to write the best possible proposal and get founded
They need to justify every paid student they have
There is a video on veritasium on the matter
At last, the lack of solution doesn't mean we can't point out the problems
air and water into fuel?
**united states would like to know your location**
Achievement Unlocked: killed by big oil
@@mikescholz6429 And the next you will tell us, is the earth is flat and hidden by NASA. Right?
Lol no? Unlike that nonsense there are some verifiable deaths under odd circumstances with alternative energy. Its was also slightly a joke.
Look what happened to the american guy that ran his vehicle on this . He died in very suspicious circumstances , and his plans disappeared from his home , no witnesses . . So america already has this information . Strange how this happened after he refused to sell the plans to the corporate oil companies and government . . Its all there for anyone to lookup on the tube . He was going to give the plans freely to the public , he never had the chance to do so , this could be classed by some as speculation . . But ...
There's actually a city in Sweden where I think some government vehicles and a few private ones run on methane produced using a similar method. They take CO2 from the air and I believe the water is rainwater and they also capture the water to be reused when they refuel. They're basically electric vehicles which have had their batteries swapped out for generators running on methane.
I feel like I just learned more in this video than in all four years of high-school
Right
You did
In 5 minutes, you helped explain HOW plasma is created, whereas my science teachers throughout my entire childhood were never able to properly explain it.
I salute you, good sir.
You are officially a wizard!
Your a wizard harry
@@christyprice1798 lol
christy price
*YOU’RE A HARRY WIZARD*
Hell yeah, instant like.
Cannot understand why all so interested about this particular video. Spending a year on trying to get atmospheric-pressure plasma jet with DC voltage is not so clever decision.
Instant subscription
@@user255 This was explained directly in the video. Starting from 4:49 to 5:54.
@@user255 I've already answered you, try to be more perceptive.
@@LoganDark4357 The Thought Emporium is talking about using AC (starting from 4:49 to 5:54) or at least oscillating voltage for atmospheric-pressure plasma jet, but using computer monitor flyback transformer (that is shown at 7:02) which have capacitor at the output - so the output voltage is constant. He spent a year on trying to get atmospheric-pressure plasma jet with constant voltage. Please, try to be more perceptive.
Found this channel 5 minutes ago, watched for 1 minute, subscribed.
Puts ice cream on stove
Mom: lord have mercy
I. Literally. Just. Thought of this.
Didn't say a word. Didn't look anything up. Didn't look up or say anything related.
Just thought about it for the first time in years.
And 5 minutes later, TH-cam recommended it.
Epic
Imagine being this smart
Couldn't be me
Imagine being smart
@@calvindiebold9048 me reading this after checking my final grades for this semester hit hard
I want my house to be on fire constantly with this stuff
it means the house is cold and free of coronavirus
buuuut it also means the atmosphere of the house is entirely argon so hope you brought an oxygen mask
@@predator3299 you mean human can't breath argon? Well shit what is this then... (Ik maak een grapje, ik ben geen goed Engels haha)
@カモメcheegulls ever seen another language before.......
@@yellowgoose5043 dude, your dutch was worse than your English? You literally said 'i'm making a joke, i'm not a good english'
So next time you're coming for someone 'not seeing a different language' try to not emberass yourself..
@@T1toke what are you using, Google translate?
Fun fact: a lot of the mass market semiconductor industry uses plasma torches to superclean wafers. They use blown discharge in air though, not argon. Very similar to what you've built.
Are you sure ?
is plasma ESD safe for this kind of process ?
@@gregandark8571 I'm not sure exactly *what* they use, but I'm absolutely certain I've seen plasma used to clean wafers during production.
I don't see why it wouldn't be.
Plasma is indeed used for a variety of things in the semiconductor industry. I believe the process most similar to what you mean is a simple plasma clean. It's not a cold plasma but typically an argon plasma that physically cleans the surface by the bombardment of ions. A more aggressive clean uses oxygen plasma which will react with any organics on the surface, turning them into CO2 and H2O
Interesting.
@@gregandark8571 The monocrystalline silicon before doping is an intrinsic semiconductor, which means it conducts electricity very poorly. Actually, undoped monocrystalline silicon is widely used as an insulator in semiconductor devices.
Plus, ESD damages electronic devices largely because they permanently breakdown the thin dielectric layer in, e.g., MOSFETs. The dielectric layer is applied way after cleaning the wafers.
This channel is like How It’s Made meets Biology and I am absolutely fascinated by every concept that has been presented to me. I didn’t even think some of this was possible. Wow.
“Well if you’ve ever played with high voltage...”
Dude, who the hell...
High voltage is cool, the best place to start is a neon sign transformer.
Miss Emma official maybe styropyro
MEDHI
*_Electroboom_*
@@djskullboy2871 he should build one of these things
I am EXTREMELY excited to see that gecko tape project!
Keep holding your breath for that to happen along with all the other projects he puts one or two video's on and claims is on going. I've lost count of all the projects he's claims he's working on. Throw him some money, that is the main goal after all.
Same
hmmm I’m looking at his channel you wouldn’t believe what video I saw gecko tape..
"Cold plasma is amazing and I wanted to see it for myself" - I love you man.
My big brother: "I told you, blue fire is cold."
@@myrkhosh What do you mean? It's from a meme.
@@myrkhosh see in 2020, no one makes jokes, and they dont understand that repeating a meme is the same as stealing a joke, because its the only way jokes are made....literally they just repeat over and over...
@@myrkhosh ok boomer
@@myrkhosh Ok *Moth Lampian*
A totally ALIVE meme.
1990: we will have flying cars in the future
2019: *COLD* *FIRE*
I'd much rather have a totally undeserved 'I told you so' moment with the kids I've told blue fire is cold to than worry about haphazard idiots going in another axis of movement on the 'road' xD
we do actually have a flying car now , although not as popular and widely used as expected
This is awesome. I just found you, and I'm happy to say you produce some of the most sophisticated science content on TH-cam. Thanks.
Flyback transformers have high voltage diodes in them for rectification, because CRT TVs require polarized electric fields. That is why they act "weird".
Yep, they're charging a large capacitor for the electron gun to fire at the phosphor. Also, DC allows a build-up of charge over time more than HF AC can, so a small current can charge a HV storage w/o everything having to be so beefy/costly/bulky.
Ali Devrim OGUZ not all do actually, I got lucky several times with older color TV's no diodes, or caps in it just the circle tube of windings, sealed of course and the ferrite going to ground also 3 of them only have 5 lead's very easy to work with added benefits imo. I think this convince me to take apart the old Commodore 64 and monitor and see what kind of fly back is in there since when I was on vacation are old 30 or so inch screen TV that was black white mysteriously got recycled during spring cleaning sigh
Also on the ones I have came even from recent TV the recent cr-mo more recent CRT TVs the AC ones are actually a bit smaller and are said to be able to produce a lot more beneficial variances but I've yet to experiment with all the possibilitys, let alone therorys. I rebuilt one would definitely be the way to go for anybody interested and using flybacks in their project so they don't have to use the fix diodes and the fix capacitor you can use them additionally added on to your own needs which makes it a lot more versatile Imo. you can always depot one with the diodes in there in the capacitor and Rewind it to your own needs just a Crock-Pot with some sand and it until the epoxy starts getting loose enough to crack away gently I've seen homemade ones make my 3 Series fly back Tower look like an arc lighter.
Are you by any case attend my lectures. You sound like my students
teşekkürler
I'd love to see you change the chemistry up so I can see how it reacts and bravo btw glad to see not everyone's just sitting at home doing nothing...this is legitimate motivation
Watching your videos inspires me to keep on working on my projects even though they don't come out perfect.
That has got to count for something.
Same. I got started on a discone antenna for rtl-sdr some 7 years ago, never finished. Still have the parts, but now I think I'll be going straight to some sort of a helical antenna to earn the "my other camera is in space" badge. This summer will be it.
That's why I like people inspiring other people. too bad there's no place for at home inventors to come together and work on projects just to work on them and have fun and learn more.
You read lots of scientific papers, made a device which probably worth an arm and a leg commercially, and took a year to build, and is better than all those in academic papers, and put it here for free, in favor of humankind. Wow! Good job!
exactly a year ago this video showed up in my recommended.
got me hooked on your channel,
what got me was clean voice
the way of explaining
and the wealth of information
and a year later here I am looking like a junkie waiting for another video to be released .
If you do end up publishing a paper on this where can i find it?
@@GamingAmbienceLive not true, we live in the modern age, not hard to post something online
@Cody Slab
HAHAHAHAHAHAHAHAHAHAH. Sorry I almost fell out of my chair. You realize this video has (at time of writing this) 1.2M watch minutes and ~200k views. More people will see this video than any paper I could ever write, even if I came up with a better theory of gravity. And when I do write the paper, there's no requirement that I be part of any university to publish. Anyone who pays the fee and passes the journals quality standards and peer review gets published. I'll be looking to publish in peerJ or hardware X, both of which couldn't give a single fuck about university status. And even if I didn't publish, I post links to code on github and show extreme detail in videos, more than enough t replicate anything I do. The videos come out in essentially real time. When I make a video, I just finished working on the project a day or two before.
@@thethoughtemporium Thanks for being the grand TH-cam wizard of science.
Cody Slab: "so whatever he finds will go to grave with him"
And yet, you're here, seeing his/their findings.
What, a, fckng, irony.
@@thethoughtemporium yes police i'd like to report a murder
Next episode:making a cold flamethrower
You're gonna need a whole lotta argon.
@@ToastyTastyPancakes yea.. and argon is expensive.. so it could maybe be possible but would be really expensive and hard to build..
just throw the flames with your hands lmao
@@nikkiofthevalley and once it is expended, things argon.
That would be a plasmacaster...
Him: “It’s safe to touch” and “It rips organisms to shreds”
COVID-19: I gotta run
Bruh I just thought its the first time I've watched the video and i found my comment from last year
I really dig this video. In case you were curios, a CRT's flyback transformer is used to control the horizontal sweep of the electron beam. It basically takes in pulsed DC and spits out a sawtooth signal that never crosses 0v.
I respect your honesty that most people shy away from👌
You should include a simple T-shirt with the Thought Emporium logo + text for your merch store. I'd totally buy it.
And tank top
Next time : Citizen Scientist completely eclipses real university scientists with grants to make an orbital rocket
#CopenhagenSuborbitals
cold plasma
*wait that's illegal*
A Dogtor no it’s not
the illegal meme is the epitome of ignorance
@@edwardli6724 people getting their panties in a knot over an obvious joke is the epitome of ignorance
This is such a great video for anyone that enjoys plasma science and engineering.
This was ahead of its time
So. Possible applications to an Ion engine?
*Tie fighter noises*
Satelites running ion engines are already being made.
Cold to the touch, yet melts metal. That would be cool.
How would that work exactly? It's cold because of it's low energy level, right? If I understood correctlyt the intention is that it can destroy MOs.
idk the specifics but i have a few water torches, of varying complexity as to the the separation, scrubbing/drying and delivery from the cells as well as in the design of torch burners; and most configurations result in a flame that will cut metal but so far in my most gracefully clumsy mishandling hasnt burned my skin or clothing or furniture, and rarely it burns paper if i let it stay in flame too long. in the same conditions but with conventional gas (propane or MAPP) cylinder as fuel i have accidentally burned many things and acquired many scars. my best guess would be that its an effect kinda similar to induction cooking but focused to a pencil tip, with some extra jazz about poteintial held in the flame and theres probably a good amount of charge in the in the fuel and some small amount of liquid droplets with dissolved KOH. i never really thought about it and now am curious as to the actual reason from someone who knows.
It exists, some metals melt at very low heat, sometimes lower than the wax.
that would be browns gas...water molecules where the hydroxyl di hydrogen has been dissociated,leaving 2h+o...this results in a plasma that,when combusted,cuts metal but doesnt burn skin...
@@FFuckTH-cam watch out for the extra monsters and demons
The Thought Emporium: *makes ion engines*
Nasa: *sad government corporation noises*
If I'm not mistaken, this is basically an _un_ - ion engine. An ion engine uses electric fields and plasma physics to shoot cold gas out at high speeds, where the speed is the important part. This torch uses a source of pressurized gas and a bit of electrical engineering to blow cold _plasma_ out at fairly pedestrian speeds, where the plasma is the important part.
I expected this thing to be an absolute behemoth of a thing , but you can hold it in your hand , cool , makes it even better IMO
This is incredible, cutting edge science...
The platform (TH-cam) would seem to deny that, but as you said, this has never been done before. This is true scientific engineering, and I feel so lucky to have stumbled upon this channel. I will be donating to your Patreon and look forward to your future endeavors.
wouldn't call 100 year old science cutting edge... his application at home, perhaps? regardless a great explainer vid
Hello cold plasma torch, welcome to my late night recommended.
p.s. I never knew I needed to see this so thank you Mr. AI for the wizardry.
Please let us know when you upload your preprint to Arxiv, would be awesome to read about this in more detail!
6:00 Is this how powder coating works (minus the argon)?
The world needs people doing things like this.
It's been done before, probably. There was a guy named Stanley Meyer who had a device that used a "capacitor" to break water down into hydrogen and oxygen for fuel in a car and he drove it around the country and they even showed him on the news. It sounded like it harnessed a similar technology to the one this guy is demonstrating. Anyways, Mr. Meyer died at a Cracker Barrel with his last words being, "They poisoned me." Despite scientists at the time acknowledging it did the impossible, the history books call him a fraud. If we aren't buying our energy from somewhere then that technology doesn't exist or is impossible.
We live in a world where America invades countries that don't sell their oil for the US dollar, so yeah, we definitely need something like this.
@@wkruse84 Being done before is a good thing. Concept is proven. Then various designs and unique applications follow.
That's progress. More people need to be involved in that process. That's all I meant.
I'M SOOO FUCKING GLAD I FOUND THIS CHANNEL! gunna we watching for many years!
Lightning, the cold-blooded fire.
Very interesting and well explained, as always!
I guess you could also "weld" ice if the ambient temperature is cold
I love how it's so easy to spot highly intelligent people just by listening/watching them doing stuff, even in area you know shit all about.
You just keep on learning from their experience, keep track of how many variables and interactions/dependencies between them there are, and if you look at the final image (graph visualization in your mind), you're like "WOAH. this guy learned and understood FUCKIN LOT about tis topic, in a year. He's one of the actually very smart ones."
This is the first (and maybe the last, but hopefully not) video I've seen from you. Subscribing with a bell, right now.
AWESOME.
(Also, yeah, root info - cold plasma exists. the thing that 20 years ago was just a semi-silly sci-fi thing, actually exists. Thanks for that piece of info :) )
Very neat! Fantastic that you had the tenacity to stay with it.
The whole video make me say: can you repeat the whole thing again
Awesome as always. Is there any hope that you could use this in place of a plasma chamber for sticking PDMS and Glass together for Microfluidics?
Never have I seen someone have 749 likes and 0 dislikes
That's the best explanation of cold plasma I have ever heard. Great job!
Geniale Arbeit, professionelle Prototypen. Aber was noch viel viel bewundernswerter ist!!!,
dein Ehrgeiz und Durchhaltevermögen. Respekt³
Awesome project I love the thousands of applications it could have quick question isn't it possible that it is the UV light that destroys the bacteria eccentric cetera because like at water treatment plants and other applications UV light is used to sterilize stuff just curious and if it is the ions and uv combination man ramp this technology up to a bigger thing and you could be sterilizing all kinds of things
U trying to say “Cap-ill-LARRY!!!”?? Bro?
Yo dawg, I knew ILL LARRY and he did get capped.
I believe he sounds Canadian/Dakotan... maybe?
holy crap that was nagging at me
Oh no. Larry is ill? Hope he gets better soon
Holy shit people, its a different pronunciation, I understand being confused, but ruling out that a different pronunciation is even possible is stupid. Stop being stupid
I heard him say that the cold plasma torch "rips organisms to shreds" so I scrolled down to the comments to first, check if anyone had made a joke about it killing the Corona virus, and then ultimately make it myself. But, when I scrolled back up to the video, I so happened to pause it at 1:36 and and noticed what it said in the first sentence of the first paragraph, and the second to last word in the index terms directly underneath.
Kinda spooky, eh?
Look at the start of that paragraph
Killing it!
YOUR MAKING A LIGHT SABOR YOU GENIUS
"kills vruses"
2020: I'LL TAKE YOUR ENTIRE STOCK
Guess who's motivated to do good in my CHEMISTRY CLASS
wait,, ion engines.... can i strap then to my space ship and use solar power to move around?
@Necro so, if we had an space elevator, builded a ship on space... this could work
....well building an space elevator... is the new problem
brilliantly played out. well done and thank you for sharing.
I'm so impressed that this actually works
"i didnt have any brass tubing so i just made my own"
this is perfect for the Coronavirus.
Rascal
"Cold plasma torch kit"(zws not included) 19.99€ ? If so then i'm in !
Lol a dot slipped after the first two digits.
@@claudiog.7397 i dont think that quarz tube, some teflon and acrilic cost that much.... also he plans to release it to public... 20 bucks isnt a lot but cmon the parts dont cost shitton
@@TheChemicalWorkshop oh yes if you do it yourself, have the machines, the time and skills. I thought you meant the price to buy the whole thing ...finished.
@@claudiog.7397 most things finished
But cutting gasket out of silicone or whatever anyone can do
Not everyone has a lave but a drillbit...
That could absolutely be arranged.
Well earned a sub + likes. Phenomenal work. You know it can cut steel but wont burn organic material like your hands
Very nice work, thank you for taking the time to show us your work on your Plasma torch. This is an area that is not covered well in most information as the transformers used can kill just as easy as they can make thing work. You may want to add more shielding on the exposed wire as it can breakdown over time and has led to issues with other peoples work.
The same amount of view as subscribers!
Perfectly balanced, as all things should be :O
"it even kills viruses"
TH-cam: HES TALKING ABOUT CORONAVIRUS! DEMONETISED!!!
Nice try...last time I touched the stove blue fire, it was not cold!
Something might be off there, try it again
Can confirm, just tried with my gas stove and it worked perfectly. Make sure to chant "Heat upon heat upon heat" as you endure the initial warm-up period, before it turns cold. I call it the the "Gom Jabar" effect.
So I was camping the other day when it was about 100°F outside. It was too uncomfortable to make a fire and I thought, wouldn't it be great to make a cold fire? Didn't think it was possible! Great video🙂
I'm just glad I found your channel!
So say capillary action, like something getting sucked up by being absorbed . Through capillary action.. ka-pel-airy. Not kah-pill-ree... toe-may-toe, ah-loo-min-numb, hab-uh-dash-err-ree.. meh-ree-hoo-wah-nah... yup..
Both are acceptable. Your version is the American norm. The way he says it is more common outside of the US.
@@Let_The_James_Begin He's Canadian!
Yeah, I thought for a minute it was a different word, then decided he’s one of those guys who likes to say things differently. I know some M.D.s who do that, sort of like “I have a more sophisticated way to pronounce technical jargon.” It’s all good though, I like this guy’s stuff.
Hmmm, I wonder what thunderf00t would say
:)
"the results are awesome"
*shows the piece of paper, where nothing happened*
"fire doesn't affect paper"
Yea nothing
//jkjk
Very cool! That required an insane amount of patience
“So for anyone who’s played with high voltage” this has to be my favorite quote
😂 the way he pronounces “capillary” 😂😂 lol it’s pronounced ˈkapəˌlerē
Unless you aren't American...
The height of pedantry. Your pronunciation and his are basically identical aside from some emphasis on the P, and both are widely used by Americans/Canadians. I switch between the two without even realizing.
earth:"this is fire. this is hot."
humans:
"lol fight me"
Hold up.... we can manufacture methane? Why the hell are we still fighting over fossil fuels when we can manufacture methane?
Cost. You can create water but it's a hell of a lot easier just to filter it
Zionism, fam
in Vietnam some scientist did this for medical purpose. and this thing is useful in any bacteria and help the wound clean. they selling their machine about 40.000 USD .
My new favorite channel!!!!!