What an excellent show. I really like that you show the failure along with the success. It is a reflection of your integrity and character. Well done! Cheers!
I've never been a smart man but since watching your videos 10 hrs a day since day one I've managed to not only get my high school diploma but a Bachelors in Chemistry, Bachelors in polymer science and a Bachelors in Molecular Development Forensics.....Thanks my strange talking friend!!!
Small air bubles make glass opake, full fusing of glass takes days. Nice work, that Neodium one is wery interesting as well. Its used for high power lasers
@@lewisgiles8855Making lens quality glass is not easy, neither is cutting it, and polishing it. He could sell these, but as a piece of novelty.merchandise. Or perhaps to craftsmen. If he wanted to do more, he’d have to find a market first. We aren’t it. Though he appears to have the education to figure out how to do it if he wanted. Funding. And opportunity are two entirely different questions. As well as the practicalities of manufacture. Which are an entire education unto themselves.
Hi Thoisoi ! I just wanted to say red erbium glass is also used in fiber optic amplifiers. They are called Erbium Doped Fiber Amplifiers (EDFA). Really interesting technology.
DON'T take out the spinning from the microwave! You will make your furnace age/break more quickly. when it doesn't rotate, you sit in the 3D standing wave (vs spinning through the wave), and yea, it heats faster (vs spinning), but that's because it's all at one point. I broke my 1st furnace this way.. a weird finger (of black stuff) grew out from the wall..
I really enjoy your videos here in the UK. Keep up the good work. You're almost taking over from "Periodic Elements" and the lovely Dr Poliakoff in the 'bonkers but really interesting' genre.
Nice results :) I made a video a few years ago about using the lanthanide metals in pottery glazes. I got similar glows from europium and terbium, but had difficulty getting dysprosium to glow. Samarium, on the other hand, made a nice orange. I've been wanting to try making lanthanide glass, especially europium glass, but lost all my equipment a year ago.
Very good! I used yellow dysprosium glass when working for the ophthalmic industry. Lenses made from it make the dark appear much brighter, and make great vehicle-driving lenses.
Ok. Now I add to my wish list some glasses made with Europium, Neodymium and Terbium oxides (respectively). First were the utensils for food anodised with Titanium through electrolysis and now those glasses. 😁 Out of joke, very good and interesting video as always. Your domain of English has improved a lot since the before video (maybe my undestanding of the language was improved too) and I could understand almost completely all what you were explaining. Greetings from Argentina. 😀👍
This stuff would be awesome at clubs with black light stuff, I bet that'd blow peoples minds to see their "clear" glasses glow red, green or blue in black light.
Uranium glass always fascinated me. How did they enjoy the glow of it? When would it glow naturally? I'd think around dawn and dusk, but could they make it glow on command?
I have several hundred pieces of uranium glass. The higher quality older handmade glass almost glows on its own in the sunlight. A lot of it is pressed glass (made in a mold) and has a lot of facets and surface angles that seem to add to the passive glowing without using a specific UV wavelength light source. For what it’s worth as well, this was never made to be a conversation piece to marvel over, uranium glass by and large was utilitarian you found more of it at sears than you did at Tiffany. Of course there are exceptions to that, but the people that bought it thought of it the same as you think of your clear glass in the pantry.
What a nice video! I'm planning to make fluorescent glass using the microwave method. I got the microwave kiln few months ago, some chemicals but I'm still waiting for the crucibles. Your video already clarified some problems I will face. However, I'm wondering if the final glass recipe would work in the micraowave kiln. Did you test it?
Man, I was thinking the exact thing! I found it very strange that fluorescent glass was so strongly associated with Uranium, when most of the F block elements have fairly similar chemical properties to an extent. Its cool that you actually proved that this can work, and I'm surprised its not more popular. I imagine that the expense is probably the primary barrier.
PLEASE resume narrating your videos with your own voice. The dub over narrated one is unwatchable. It would be like if you had a brother and he made a biography video but some random dude speaks instead of him.
if lanthanides can mimic the color of uranium glass, does that mean the green glow comes from electronic energy levels of uranium compound (because uranium nucleus is very heavy and highly charged), and *not* from uranium's radioactivity?
I want clear glass that can suppress red lightings or amplify yellow lightings, maybe both? It would help with identifying certain things with yellow colors like items or creatures which is quite a large amount of it on land (water based items/creatures would probably not matter too much)
first and btw i heard that east germany in the 1970s managed to make unbreakable glass called superfast but disbanded it cuz it wasn't that profitable but i don't know who did that, anyway can you make that glass as an experiment?
I love watching his videos knowing his lips don’t sync up in English… but it’s acceptable cuz I think it’s his voice in English… Netflix films horribly dubbed in English could learn from his production efforts
Nice.ive been a glass blower for 30 years..borosilicate mostly. I collect uranium glass .and make my own custom uv colors..lots of fun in combo with argon plasma, wich makes a bunch of uv. .
hmmm what could be the cause of the murky, milky tint of the glass batch? could it be trapped gases or other impurities, similar to clear ice vs murky ice?
the microwave concoction didn't work because of the absent spinning plate. microwaves inside a microwave oven aren't distributed equally, there are zones of high microwaves presence and low microwave presence; hence. the spinning of the inside contents makes it go through all zones. Therefore, the spinning plate is important.
Those microwave crucibles will melt glass, but they aren't very good at it because the depends on the wattage of the microwave, and the temp will probably sit at the low end of the melting point. You can try adding more flux, but messing too much with a glass recipe is likely to give some unwanted properties. You really want to make sure the temp is at the optimum range and not the lower end, because making glass is fundamentally a high temp chemical reaction, and less of a change in state. If the mix isn't fluid enough for long enough, then you will likely have an incomplete reaction where it's more granular and brittle.
just because i like you i will tell you how to do it, you can easily anneal in that furnace! it has temp controls and probably a timer, read the manual, typically annealing is done over like 4-12 hours depending on the thickness of the material, basically just lower the temp and hold it for half an hour then keep on doing the same...... ENJOY!
Love your videos m8. Btw adding gold to glass makes pink glass not red glass. But close enough for your explanation. Love your channel and keep up the awesome chemistry Stuff m8.
I think some really resistant aromatic compound as coronene, hexabenzocoronene in your glass mixture would give superwonderful photoluminescence. What do you mean for annealing exactly ?
Is it possible to put gallium in glass, or what about the COLOURFUL TITANIUM OXIDES, can titanium be added to glass? Some borosilicate glass with titanium could possibly look awesome especially if it can be colourful like titanium oxides. I'd like to build a large HHO torch capable of nelting glass maybe use the o2 side with used engine oil to fuel a furnace capable of melting 5kilo + batches, or go really big20-50kg batches of glass. And melt down glass into bricks that can be used in house building. A solid 10 x 10 x 40 cm brivk of glass is fairly strong they can be laid like brick and use epoxy or silicone adhesive as mortar. In non-weight bearing walls. Made from disposable bottles, jars also broken cups and bowls. Maybe mix it with the local soil after dried and sifted,. Bake the soil (not the top soil, the sand or clay like earth below where plants grow. It could be similar to how brick are made. Only more of a ceramic. Mix the earth with glass 50/50 to 70/30 up to sbout 85/15 earth/glass. Using the glass like cement holding the earth together about like cinder blocks Than a brick. It can be a way to recycle broken car windows , and bars go through alot of glass even tho they mostly use kegs. Use waste to make a useful Material. Even produced using waste oil asvthe fuel. And bake the earth and any wood will be pyrolized into carbon, maybe carbon can be add as well? Basically making slag brick.
What about carbon in glass? Not as in Co2 bubbles or chunks of graphite, but ultra fine particles not that much larger than smoke. A good microscope required to see them. Possibly made by melting sooty glass. Use a kerosene or similar fuel to soot up a Plate or glass jar other wise clean a tempered glass would be Good. Because it could be shattered into the crucible with a heavy varbon coating. With the crucible then sealed to keep any of gasses from escaping. Pour the glass in moulds then seal in a pressure chamber . Pressured to near 100-300 bar CO2. While the glass is still liquid it would need to be poured inside a oven. Starting to sound complicated and EXPEN$IVE.. the pressure would shrink any bubbles. possibly prevent any carbon from becoming a gas and escaping. Just a curiosity. Have a awesome day!✌️
It's because he is not speaking in English, for the original video. Then, for the "language-impaired" here, he adds the English audio track. There's a joke, I'm trying to remember. It's like, bilingual, something, American. Capische ? Vous savez, ? Bless your heart.
He isnt gonna record 2 seperate videos one for russian channel and the other for the english channel, plus he doesnt speak english anyways so he needs to translate and dub it externally, which means it would make no sense to record a purely english version and a purely russian version just for the mouth movements being different.
Hi Thoisoi, There's another thing you can use to get an iridescence in glass, quinine, and an enjoyable way to see , is to mix a gin/vodka and indian tonic water/with quinine, slice of lemon, and look at it in black light. It works the same in glass. Enjoy. It's a white effect
When you make a rainbow, and then you compress it, you get magenta, so a pure distance is magenta. Of course, its too hard to describe where yellow comes from, but an object moving towards you is blue because the compressed multitude of phosphurs in the rainbow are being dopler shifted, where any purely compressed rainbow would just be magenta. However, it does make the most sense to just suppose you are seeing three numbers, (3, 5, 7) just the first three prime numbers because there is no discrete quanta assigned to a wavelength of eergy so precisely, but its figure of implosion entrophy pattern due to its relative force dimensions, where 11 would be aa pink, or imaginary force dimension. Becasue the amount of dimensions are the amount of activity required to cause entrophy relative to stoikiometric solute and solvet hardness of gyroscopic entrophy. Such a thing deals with the bulk nodulu of space, a vast plank length lego of negative infinity entrophy, so real objects are the entrophy signatures it stores, like magnetism is an infiniti prime sequence entrophy that multiplies the knife difraction multiplier of the bulk modulus lego.
This glass should be use for traffic lights. The soft glow would be so much easier on the eyes at night. Through the day, use normal colored LED's, then at night, switch to the UV LED's. Less light pollution for the neighbors to deal with, easier on the eyes of drivers, making night driving safer.. Tell me this isn't a good idea.. Can you make glass glow yellow?
Awesome video, but erbium and its chemical neighbors are very expensive. Can this kind of fluorescence be achieved with something more readily available?
hold up hold tf up. you got radiation free green going. found a gorgeous red colour AND landed a find for blue and yellow as well?!? DUDE you might be on the edge of something awesome. rgb or rather colour balancing. shouldn't it also be possible to create a glass with a blend of these luminescent compounds to replicate the colour creation from screens? and be able to choose an rgb value (or whatever colour mapping system you prefer) and reverse engineer a mix that should achieve that exact colour? really really cool idea and would make for a revolution in uv led backed glowing jewelry if nothing else. please please try it, a rich purple glowing glass would be amazing.
Having talked to some glass makers themselves. They are very particular people. Proper glass making is such an exact science where measurements need fractional mol level accuracy. That's some magnitudes more accurate than for making steel. Highly specialist steel also requires such precision.
A shame about your first attempts at molten glass. Your later attempts produced much nicer results. How might you go about removing the small bubbles from the glass?
If you were temped you can convert radiation to to electricity? like nasa does with beta voltaic cells? If glows you can generate electricity? Thorium glass glass disks? You could do this with any isotope? Solid state cells? Gamma voltaic cells. It might be one way of using the waste from reactor? Solid state battery are being considered. Uranium glass would be one way to do a power cells. other compounds would be be good. Tritium fishing lures are just as good. Interesting what your doing, i like to see more?
I have a question for you; There is a 2 or 3 thousand-year-old cup that belonged to a king I think, if a poison was put into the glass cup it would change colors. How did they do this, more fundamentally important, how did they figure this out? Fallen angel/Nephilim technology?-
Great question, and which poisons, ? Arsenic ? Henbane ? Hemlock ? Et cetera. I doubt they figured it out, the knowledge was probably just provided, as "magic" rituals, procedures.
@@art1muz13 probably some kind of chemical reaction The cup could be made of highly reactive materials that would react in the the presence of a more reactive material, and most poisons are highly reactive usually...that might be what causes it.. Then again I would question the safety of drinking from such a cup.. after all, most drinks are highly reactive chemically speaking... also sources would be great, that might help with explaining the phenomena.
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duuuuuuuuuuuuuuuuuuuuuuuude ... i was waiting for a video !!!! 👍👍
Where is the link to the channel of glasses???
How about mixing all the oxides you have????
Couldn't you make a doped glass dye laser this way?
isn't Europium tuneable based on the wavelengths it's "hit with"?
I wonder what optical glass effects can be created as lensing with what you made
would be interesting to see these turned into lenses, shine a laser through and see what spectrums they block/allow each
What an excellent show. I really like that you show the failure along with the success.
It is a reflection of your integrity and character.
Well done!
Cheers!
I like highly qualified people and scientists like you imparting education and knowledge on YT for others thanks and kudos.
I've never been a smart man but since watching your videos 10 hrs a day since day one I've managed to not only get my high school diploma but a Bachelors in Chemistry, Bachelors in polymer science and a Bachelors in Molecular Development Forensics.....Thanks my strange talking friend!!!
Чувак, он русский поэтому так странно говорит
@@АлексейВетышев-п5ион Эстонец с русскоговорящими родителями.
@@dispelleddd Вау, даже так. Откуда инфа?
@@dispelleddd Estonian by passport, Russian by blood and mentality.
@@dispelleddd He's Russian, his name is Russian, he speaks Russian. Just because he lives in Estonia doesn't suddenly erase his ethnic identity.
Small air bubles make glass opake, full fusing of glass takes days.
Nice work, that Neodium one is wery interesting as well.
Its used for high power lasers
The neodymium glasses that I bought are the exact same color! They weren't cheap either. He should make some merchandise with those ingredients!
@@lewisgiles8855Making lens quality glass is not easy, neither is cutting it, and polishing it. He could sell these, but as a piece of novelty.merchandise. Or perhaps to craftsmen. If he wanted to do more, he’d have to find a market first. We aren’t it. Though he appears to have the education to figure out how to do it if he wanted. Funding. And opportunity are two entirely different questions. As well as the practicalities of manufacture. Which are an entire education unto themselves.
Hi Thoisoi ! I just wanted to say red erbium glass is also used in fiber optic amplifiers. They are called Erbium Doped Fiber Amplifiers (EDFA). Really interesting technology.
Woah thats super interesting!
IIRC lead also makes glass glow blue under uv, but that might just be an additive added to lead crystal glass.
Anyone else watch this scrolling through for the original voice?
DON'T take out the spinning from the microwave! You will make your furnace age/break more quickly.
when it doesn't rotate, you sit in the 3D standing wave (vs spinning through the wave), and yea, it heats faster (vs spinning), but that's because it's all at one point.
I broke my 1st furnace this way.. a weird finger (of black stuff) grew out from the wall..
Can you make a video about the coldest gas in the universe?
BTW you videos are cool tbh
I really enjoy your videos here in the UK. Keep up the good work. You're almost taking over from "Periodic Elements" and the lovely Dr Poliakoff in the 'bonkers but really interesting' genre.
Nice results :)
I made a video a few years ago about using the lanthanide metals in pottery glazes. I got similar glows from europium and terbium, but had difficulty getting dysprosium to glow. Samarium, on the other hand, made a nice orange.
I've been wanting to try making lanthanide glass, especially europium glass, but lost all my equipment a year ago.
Bravo its you presenting your excellent thoughts regarding our favorite topics. Ie whatever you feel to share.
Very good!
I used yellow dysprosium glass when working for the ophthalmic industry.
Lenses made from it make the dark appear much brighter, and make great vehicle-driving lenses.
Ok. Now I add to my wish list some glasses made with Europium, Neodymium and Terbium oxides (respectively). First were the utensils for food anodised with Titanium through electrolysis and now those glasses. 😁
Out of joke, very good and interesting video as always. Your domain of English has improved a lot since the before video (maybe my undestanding of the language was improved too) and I could understand almost completely all what you were explaining. Greetings from Argentina. 😀👍
This stuff would be awesome at clubs with black light stuff, I bet that'd blow peoples minds to see their "clear" glasses glow red, green or blue in black light.
With the right -amines coursing through your veins, everything will blow your mind in the club with UV light.
Uranium glass always fascinated me. How did they enjoy the glow of it? When would it glow naturally? I'd think around dawn and dusk, but could they make it glow on command?
the UV from a roaring open fireplace might make it glow a bit 🤷♂️
I’m no expert btw I’m just guessing
I have several hundred pieces of uranium glass. The higher quality older handmade glass almost glows on its own in the sunlight. A lot of it is pressed glass (made in a mold) and has a lot of facets and surface angles that seem to add to the passive glowing without using a specific UV wavelength light source.
For what it’s worth as well, this was never made to be a conversation piece to marvel over, uranium glass by and large was utilitarian you found more of it at sears than you did at Tiffany. Of course there are exceptions to that, but the people that bought it thought of it the same as you think of your clear glass in the pantry.
@@avocadoarms358 no UV from a fireplace. That’s IR or infrared.
@@beez1598 Also the last mass produced batch of UV glass was made by mosser in 2017
What a nice video! I'm planning to make fluorescent glass using the microwave method. I got the microwave kiln few months ago, some chemicals but I'm still waiting for the crucibles. Your video already clarified some problems I will face. However, I'm wondering if the final glass recipe would work in the micraowave kiln. Did you test it?
Man, I was thinking the exact thing! I found it very strange that fluorescent glass was so strongly associated with Uranium, when most of the F block elements have fairly similar chemical properties to an extent. Its cool that you actually proved that this can work, and I'm surprised its not more popular. I imagine that the expense is probably the primary barrier.
PLEASE resume narrating your videos with your own voice. The dub over narrated one is unwatchable. It would be like if you had a brother and he made a biography video but some random dude speaks instead of him.
if lanthanides can mimic the color of uranium glass, does that mean the green glow comes from electronic energy levels of uranium compound (because uranium nucleus is very heavy and highly charged), and *not* from uranium's radioactivity?
The cool thing about the thorium it's it's just alpha particles. Don't eat it but it's somewhat safe if you're careful
Will there be more glass related videos?
This was an amazing video! I watched all the way until the end. For a future video, I would love to see you make wire sparklers.
Super cool as always bro!
Those colors are amazing. The UV red glass would be awesome for drinkware at parties.
I want some merchandise with these ingredients!
I want that LED one As glasses but shaped like red solo cups
Red wine in red glowing glases would be amazing.
All of the uv reflective minerals , would look quite cool at a party or in a club .
Nifty as usual ! This channel so deserves to hit 1M so be sure to at least hit the like.
I want clear glass that can suppress red lightings or amplify yellow lightings, maybe both? It would help with identifying certain things with yellow colors like items or creatures which is quite a large amount of it on land (water based items/creatures would probably not matter too much)
first and btw i heard that east germany in the 1970s managed to make unbreakable glass called superfast but disbanded it cuz it wasn't that profitable but i don't know who did that, anyway can you make that glass as an experiment?
Unbreakable glass still breaks, just with a way higher impact!
@@lewisgiles8855lol, “Super Hard To Break Glass”
@@lewisgiles8855 I meant strong glass
I've never imagined that was possible to do glass with such low temperatures.
Very Much Enjoyed your video and your information. THANK YOU for sharing it.
Very Best Wishes for you. Aurora
Wow. That red glass is really neat. That is such a brilliant red glow from a glass you would not expect it from.
I love watching his videos knowing his lips don’t sync up in English… but it’s acceptable cuz I think it’s his voice in English…
Netflix films horribly dubbed in English could learn from his production efforts
Great video! Please keep that uranium glass locked and or very far away at all times :D
Nice.ive been a glass blower for 30 years..borosilicate mostly. I collect uranium glass
.and make my own custom uv colors..lots of fun in combo with argon plasma, wich makes a bunch of uv.
.
Dude you're an inspiration I swear
That glow was insane to me tbh i gotta get a furnace
hmmm what could be the cause of the murky, milky tint of the glass batch? could it be trapped gases or other impurities, similar to clear ice vs murky ice?
the microwave concoction didn't work because of the absent spinning plate. microwaves inside a microwave oven aren't distributed equally, there are zones of high microwaves presence and low microwave presence; hence. the spinning of the inside contents makes it go through all zones. Therefore, the spinning plate is important.
Those microwave crucibles will melt glass, but they aren't very good at it because the depends on the wattage of the microwave, and the temp will probably sit at the low end of the melting point. You can try adding more flux, but messing too much with a glass recipe is likely to give some unwanted properties.
You really want to make sure the temp is at the optimum range and not the lower end, because making glass is fundamentally a high temp chemical reaction, and less of a change in state. If the mix isn't fluid enough for long enough, then you will likely have an incomplete reaction where it's more granular and brittle.
being a lampworker we have UV blue, pink, green, borosilicate raw glass we use all the time
This kind of glass is so amazing 😄😄😄
You explain things really well you should be a lecturer in a university
Would ultrasound help get the bubbles to the surface?
Amazing
04:44 should of put biohazard shap
Great video!
Very cute cat
just because i like you i will tell you how to do it, you can easily anneal in that furnace! it has temp controls and probably a timer, read the manual, typically annealing is done over like 4-12 hours depending on the thickness of the material, basically just lower the temp and hold it for half an hour then keep on doing the same...... ENJOY!
I think at this point, you should have a proper furnace. There are a lot of creators on YT with videos of DIY furnaces which go up to 3000 degC
Love your videos m8. Btw adding gold to glass makes pink glass not red glass. But close enough for your explanation. Love your channel and keep up the awesome chemistry Stuff m8.
I wonder what color Plutonium glass would be?
Nice shirt. Very good show, thank you.
Amazing job well done how are you
Pretty cool
Man, these videos are amazing! Thanks Thoisoi2. Ya deserve millions of subs
you cant find anything like that glass in the whole internet
Awesome video, glad you didn't give up after first couple attempts. I find out all fascinating and mount have to make some of these myself.
nice video. Have you any plans on uploading soon?
this was a really great video! thanks for doing all that stuff :)
Nice Work Earthling
Bless Up
Absolutely fantastic
Awesome video 👍👍👍
Could the problem be the CaO? It absorbs CO2 rapidly when exposed to air. You could try baking it just before use.
what if you mix elements that glow red, green, and blue, what color would glow in ultraviolet light?
Neither color at all, on uranium glass raising the additive above 2% or 3% makes it loses it glowing properties, maybe its the same here
The answer is shown at 17:55 in the vid.
2:25 my uranium rock puts off 300 μsv/h but it's not green like yours 😮
I think some really resistant aromatic compound as coronene, hexabenzocoronene in your glass mixture would give superwonderful photoluminescence. What do you mean for annealing exactly ?
I love your videos
Is it possible to put gallium in glass, or what about the COLOURFUL TITANIUM OXIDES, can titanium be added to glass? Some borosilicate glass with titanium could possibly look awesome especially if it can be colourful like titanium oxides. I'd like to build a large HHO torch capable of nelting glass maybe use the o2 side with used engine oil to fuel a furnace capable of melting 5kilo + batches, or go really big20-50kg batches of glass. And melt down glass into bricks that can be used in house building. A solid 10 x 10 x 40 cm brivk of glass is fairly strong they can be laid like brick and use epoxy or silicone adhesive as mortar. In non-weight bearing walls. Made from disposable bottles, jars also broken cups and bowls. Maybe mix it with the local soil after dried and sifted,. Bake the soil (not the top soil, the sand or clay like earth below where plants grow. It could be similar to how brick are made. Only more of a ceramic. Mix the earth with glass 50/50 to 70/30 up to sbout 85/15 earth/glass. Using the glass like cement holding the earth together about like cinder blocks
Than a brick. It can be a way to recycle broken car windows , and bars go through alot of glass even tho they mostly use kegs. Use waste to make a useful Material. Even produced using waste oil asvthe fuel. And bake the earth and any wood will be pyrolized into carbon, maybe carbon can be add as well? Basically making slag brick.
What about carbon in glass? Not as in Co2 bubbles or chunks of graphite, but ultra fine particles not that much larger than smoke. A good microscope required to see them. Possibly made by melting sooty glass. Use a kerosene or similar fuel to soot up a Plate or glass jar other wise clean a tempered glass would be Good. Because it could be shattered into the crucible with a heavy varbon coating. With the crucible then sealed to keep any of gasses from escaping. Pour the glass in moulds then seal in a pressure chamber . Pressured to near 100-300 bar CO2. While the glass is still liquid it would need to be poured inside a oven. Starting to sound complicated and EXPEN$IVE.. the pressure would shrink any bubbles. possibly prevent any carbon from becoming a gas and escaping. Just a curiosity. Have a awesome day!✌️
Scintillating‽ Do any of those glass samples scintillate near your radioactive samples?
Melt ruby and glass together.. That would be great and will have a nice glow under uv.
I've tested to melt China made lag grown ruby & glass but it fades away 😁
Lab grown ruby crystal
@@marlynsina-on8434👍
Terbium oxide..
Glows under about 350 nm. ..
Why are you showing yourself talking in another language, while dubbing over in English? It is very distracting and ruins your videos.
It's because he is not speaking in English, for the original video.
Then, for the "language-impaired" here, he adds the English audio track.
There's a joke, I'm trying to remember. It's like, bilingual, something, American. Capische ? Vous savez, ?
Bless your heart.
He isnt gonna record 2 seperate videos one for russian channel and the other for the english channel, plus he doesnt speak english anyways so he needs to translate and dub it externally, which means it would make no sense to record a purely english version and a purely russian version just for the mouth movements being different.
Hi Thoisoi, There's another thing you can use to get an iridescence in glass, quinine, and an enjoyable way to see , is to mix a gin/vodka and indian tonic water/with quinine, slice of lemon, and look at it in black light. It works the same in glass. Enjoy. It's a white effect
the glass is beautiful. Even if radioactive.
I think I've seen this before several times... so-called "dichroic glass" objects... but I don't know if it's the same case here.
Your periodic table is out of date. The UUx placeholder names have been replaced with finalized element names, for several years now.
When you make a rainbow, and then you compress it, you get magenta, so a pure distance is magenta. Of course, its too hard to describe where yellow comes from, but an object moving towards you is blue because the compressed multitude of phosphurs in the rainbow are being dopler shifted, where any purely compressed rainbow would just be magenta. However, it does make the most sense to just suppose you are seeing three numbers, (3, 5, 7) just the first three prime numbers because there is no discrete quanta assigned to a wavelength of eergy so precisely, but its figure of implosion entrophy pattern due to its relative force dimensions, where 11 would be aa pink, or imaginary force dimension. Becasue the amount of dimensions are the amount of activity required to cause entrophy relative to stoikiometric solute and solvet hardness of gyroscopic entrophy. Such a thing deals with the bulk nodulu of space, a vast plank length lego of negative infinity entrophy, so real objects are the entrophy signatures it stores, like magnetism is an infiniti prime sequence entrophy that multiplies the knife difraction multiplier of the bulk modulus lego.
This glass should be use for traffic lights. The soft glow would be so much easier on the eyes at night. Through the day, use normal colored LED's, then at night, switch to the UV LED's. Less light pollution for the neighbors to deal with, easier on the eyes of drivers, making night driving safer.. Tell me this isn't a good idea.. Can you make glass glow yellow?
Awesome video, but erbium and its chemical neighbors are very expensive. Can this kind of fluorescence be achieved with something more readily available?
hold up hold tf up.
you got radiation free green going.
found a gorgeous red colour
AND landed a find for blue and yellow as well?!?
DUDE you might be on the edge of something awesome. rgb or rather colour balancing. shouldn't it also be possible to create a glass with a blend of these luminescent compounds to replicate the colour creation from screens? and be able to choose an rgb value (or whatever colour mapping system you prefer) and reverse engineer a mix that should achieve that exact colour?
really really cool idea and would make for a revolution in uv led backed glowing jewelry if nothing else.
please please try it, a rich purple glowing glass would be amazing.
Having talked to some glass makers themselves. They are very particular people. Proper glass making is such an exact science where measurements need fractional mol level accuracy. That's some magnitudes more accurate than for making steel. Highly specialist steel also requires such precision.
A shame about your first attempts at molten glass. Your later attempts produced much nicer results. How might you go about removing the small bubbles from the glass?
If you were temped you can convert radiation to to electricity? like nasa does with beta voltaic cells? If glows you can generate electricity? Thorium glass glass disks? You could do this with any isotope? Solid state cells? Gamma voltaic cells. It might be one way of using the waste from reactor? Solid state battery are being considered. Uranium glass would be one way to do a power cells. other compounds would be be good. Tritium fishing lures are just as good. Interesting what your doing, i like to see more?
Take europium. Glows blue at 350 nm..amd pink at 390
how about mixing them up after melting so you'll have glass with multiple colors?
Or what about salt glass? Im going to go now, sorry to ramble! But you got me curious, and chrome glass, copper carbonate glass?😂
We really need a phone camera lens that can see into the future.
No we don’t. That was done on a “Twilight Zone” episode and that didn’t go well.
Hey, what is a lightweight bulletproof material and can it be graphene?
Thanks for the upload. Quite interesting to see your resulting glass beads of assorted colours.
A radioactive pendant. Just the sort of thing that you want close to your skin.
I have a nice collection of uranium glass. Now I need someone to mass produce red glowing glass
Any chemical combination can make glowing white light 1week nonstop is it possible or not
Miksując mieszankę w blenderze dodałes żelaza. Krzemionki są ścierne ;-)
Hi, could you send me a link where to find the incandescent shirts? It's for a school project.
whitch thoriun please
greetings
I have a question for you; There is a 2 or 3 thousand-year-old cup that belonged to a king I think, if a poison was put into the glass cup it would change colors. How did they do this, more fundamentally important, how did they figure this out? Fallen angel/Nephilim technology?-
Great question, and which poisons, ? Arsenic ? Henbane ? Hemlock ? Et cetera. I doubt they figured it out, the knowledge was probably just provided, as "magic" rituals, procedures.
@@idjtoal arsenic was one.
Ancient Cup Made With "Nano-Technology?"
112K views 5 years ago
@@art1muz13 probably some kind of chemical reaction
The cup could be made of highly reactive materials that would react in the the presence of a more reactive material, and most poisons are highly reactive usually...that might be what causes it..
Then again I would question the safety of drinking from such a cup.. after all, most drinks are highly reactive chemically speaking...
also sources would be great, that might help with explaining the phenomena.
your idea of Navy blue is definitely interesting😅
Scientific Nightclub Bling! Bahaha!