Awesome! You clearly explained everything from A to Z. You explained everything in a deep understanding way while sometimes you are just relieving the boredom which is actually the best way of studying boring subjects. Give this man a salute
Once again, this excellent channel goes a step beyond most others, and actually tells me something I didn't know (in this case, some of the details about the molecular structure of circular polarisers). Your videos should get way more views!
Oh, and an answer to your question. I haven´t forget my 3D-glasses to theater, but I have forget my wallet in a kiosk that sells popcorn etc in a lounge of a theater. A friendly young woman run after me inside of theater and refused to take any reward about that. That event had a serious consequences.. we went to marry and now we have a son. This is true story. Had to add this here.
I thought I knew the answer but I still watched it because I like your style so much. it's more complicated than I thought. I can annoy my friends with this knowledge the next time I go to a movie
How can you do everything so interesting and explain it so simply? I have understand, you have been a teacher? Why oh why we didn´t have teachers like you in my school-days!!? I´m from Finland and our school-system is praised to be so advanced and student-friendly. Bull... When I was at school I was about to get weary every day. We spend hours and hours learning something very simple and then practice again. Now my son goes school and really nothing has changed. There are levels, but as I fill out the initial form I told that he can read and write. What happens? He goes to group that is learning to read and mathematics were level 1+1=3. It took 2 months before they find that out and were really sorry that he was signed up in a wrong group. What does that tell about our educated school-system? I really really wish there was teachers like you. Man, You Rule! Hmm.. could you make a video about holograms, how they really work and what happens in quantum level? Thank You for this super-interesting channel and please, keep up the good work! (sorry about this long story).
I "forgot" to give back 3D glasses. In home, I tried to figure out how its work but I failed So I came here to watch your video. Unfortunately, I am a student of Physics
Hey, Nick. I was wondering if you could explain something that I genuinly can't seem to properly grasp; Hawking Radiation indicates that black holes eventually 'evaporates' and vanishes, due to all the mass being gone. How does Hawking radiation escape the event horizon when even electromagnetic waves cannot? I know it's due to virtual particles, but I seriously can't seem to grasp that. Thank you; I adore your explanations to fascinating content!
The virtual particles are not escaping from inside the horizon. Virtual particles are created in pairs and sometimes only one of them is inside the horizon. The other can be outside and is free to escape. (Of course, that's the grossly over-simplified explanation. I happen to know PBS Space Time is releasing a video on this soon. It might be worth checking out.)
New subscriber here. I watched a few videos and im totally hooked to your channel. You certainly have an amazing way of explaining complex stuff in such a simple (and fun) manner. Hope your channel gets the attention it truly deserves. Btw if i may ask what physics degree do you have?
I have "accidentally" forgotten to return my Real 3D glasses on many occasions. This is mainly because I "accidentally" figured the glasses were part of the price to see the movie, and I don't trust them to not "accidentally" give me some glasses that were used and possibly has someone else' lice or other contaminant on them.
if you forget to keep them where I live, you will have to buy other pair (by "accident") on your next movie. You always keep them ;) Besides, it better to recycle, isn't it?
Οκ. I ve watched almost all your videos (including the vlogs) and I ve come to the decision that you 're my favorate science chanel. I almost never comment on youtube but you made me do it. How come that you don't have more subs?? That's crazy. Due to my job I cannot share your vids on social media but I wanna help with any other way. Please keep making content (p.s.1 Take my advice and grow a beard. I think it ll look great on you and it will make you more in fashion. p.s.2 sorry if there are any mistakes in my english but it's not my native language, I m greek)
I didn't know we were required to give back the glasses. I just walked out with a couple pairs, and nobody said anything. But then I give the rest back because I don't want any more. Do theaters actually care if they get them back?
culwin no it's accounted for in the price of your movie ticket but if you give em back they'll just give them to someone else so it's a way to make more money essentialy
+culwin So that was YOU!!! Seriously, though, those glasses are pretty expensive in the grand scheme of things (say, if a theater loses a dozen or so a show). They can range from $10 to $30 a pair, depending on what projection system they use. You probably just lucked up by getting lazy ushers. SHAME ON YOU!!! I've still got two pair....
А very good suggestion is that you could make a video about time paradoxes, another one is about clines, yeah, just like your clines, why can't we do them FAST FAST and have to slowly breed them from childhood to adulthood
Nick, you've asked "Do you have a question that's driving you crazy?". I do. We take for granted the notion of "static energy", e.g., if I raise a weight upwards and put it on a shelf, it takes energy to do so, and that energy can be recovered later by letting it fall. My question is: What kind of energy IS that, and where IS it? If E=MC^2, does the object have more mass?
Lifting the weight upward gives it what we call "potential energy." Energy isn't like a substance that exists. It doesn't have a "where." It just _exists_ or it doesn't. To answer your last question though, yes, the object would have more mass. (the extra height doesn't add much mass though, so you wouldn't be able to measure the difference)
Hi, I am looking for a way in which an invisible projection can be viewed only by a 3D glass sort. That too each glass would view negative and positive version of the projection. Is invisible projection possible? Is negative and positive viewing possible with 3D glass?
Hey, what are your thoughts on this, I've been wondering a lot about this lately when I watched your relativity series. . . is Math relative? Maybe you can do a video on that. . . take throwing a tennis ball for example. The standard quadratic representation of the shape the ball would travel wouldn't work in a situation with drastically different gravitational fields. But I'm not a mathematician, so, there could be a mathematical work around to this I'm missing. But I suspect math is relative just because of the fact the equations and theories we use to describe things and how they work are very relative to our earthly environment.
The physics (scientific math) we use to describe things like tennis balls also works on things like planets orbiting stars and stars orbiting the centers of galaxies. It's not based on our earthly environment. If it was, we'd be failing at our job as physicists.
Hi, you have awesome videos on this channel, a small request,..... could you please gimme a list of all your videos as a text file? so that i dont miss any one? here the videos are all shuffled and its hard to arrange them. please?
if 50K subscribers each gave30 cents a month ( yes 30 cents a month) , he would devote most of his time to these beautiful videos. you cant be that cheap
For those enjoying this video and 3d movies, go to the bathroom at the theater with the glasses (or at home with a pair you took with you since you did pay for them) and look in the mirror wearing them. Then cover/close one eye.
I always fall asleep when I hear science and math problems Teacher : okay class today we'll learn about MATHS Me : accidentaly fall asleep in 5 minutes Teacher : OMAEWA MO SINDEIRU Me : ( ͒ ͒ ) *Scream Luckily it was just a dream
Unrelated to this video, but how do we know that some particles are "fundamental"? As in, what's to say that electrons aren't made up of other stuff that's just really really small that we haven't yet been able to measure with our current technology?
Because our model for those particles is very good without them being fundamental. There's no sense in adjusting the model until we come across an experiment that contradicts the one we have.
I really can't watch 3D movies, it just gives me headaches, and I am not the only one. Lot of people around me stopped watching movies in 3D, what could be the reason for that. Thanks
The theater I go to gave us a pair that had a normal right eyepiece. But the left was strange, if you look through it you see only blue shades and if you tilt it and make vortical you only see red shades. Can you explain that to me?
ok, good video. makes all sense. however(!) the glasses that i "forgot" to give back behave in a way that was not explained in this video. pop out the glasses so that you can put them on top of each other and rotate. depending on which side they face each other, and also depending on the angle you rotate them, they will let light through more or less and even block it completely at a certain angle. if the polarization was circlar, should it be irrelevant in what angle they face each other? really interested in your answer ps: here in amsterdam they let you keep the glasses so no biggy
No, the angle still matters in a circular polarizer because a circular polarizer has a linear polarizer inside it. As I explained in this video, they're a linear polarizer combined with a quarter wave plate. The angle definitely matters.
thank you for replying. your answer clarifies the matter to the degree that i am no longer unsure if my cineman uses linear or circular polarization glasses. but it is still unclear how the angle actually matters in the process. could you make a follow up video to go more in depth on the matter? also is it the same material for the glasses and the polarizer or is the polarizer special?
ok, sorry for double reply. but i got really confused now. i rewatched the video. and you are right that you explained there is a linear polarizer plus a doublerefractor. but 1:19 really threw me off. why need the circular polarizer in the first place? both would dimm when i tilt my head and circular polarization seems to be linear polarization with extra complexity added "ontop" of it. so why do the extra step in the first place?
In a circular polarizer, the order of the two pieces (linear polarizer and quarter wave plate) also matters. The light doesn't dim when you tip your head in 3D glasses because the circular light hits the quarter wave plate first. That plate (or "double-refractor") turns the circular light back into linear light... and the linear polarizer blocks the light. In other words, if the light hits the wave plate first, all that matters is the angle between that plate and the linear polarizer. If the light hits the polarizer first, that's when you can turn it and block light. Circular polarizers are very picky.
Bro, our human bodies produce some milligrams of voltage, so can we use series of step up transformers to get usable amount of energy? Can u please make a video on this????
you said electron cloud maybe it due to uncertainty of the electron to be present at any point. It's the probability cloud of electron position where it could probably be found. Am I right?
The Science Asylum Wait... what?? We used those in movie theatres (in Sweden) in like 2005! I watched SpyKids3D with those glasses. Am I thinking of something else?
If they used the red/blue ones, it couldn't have possibly looked that good. They might have been able to do it with a low-color background, but definitely not with the people in the foreground.
I have a doubt regarding em waves.....we know that a magnetic field is produced when magnetic field lines pass from North Pole to South right?!.... But my question is: how is a magnetic field produced in em waves...I mean there are no poles over there right??
The magnetic field isn't really produced by magnetic poles. We label "poles" of a permanent magnetic based on what the magnetic field looks like. The "poles" are made up things.
Both electric and magnetic fields are created by charges (microscopic particles). The magnetic field of a permanent magnet doesn't come from "poles." It comes from electrons.
It's called a math clock: www.amazon.com/dp/B01IABQ4FU/ref=asc_df_B01IABQ4FU5297608/?tag=hyprod-20&creative=395033&creativeASIN=B01IABQ4FU&linkCode=df0&hvadid=192246360916&hvpos=1o1&hvnetw=g&hvrand=12751998863635249415&hvpone=&hvptwo=&hvqmt=&hvdev=c&hvdvcmdl=&hvlocint=&hvlocphy=9016911&hvtargid=pla-367435618317
If that it's all the needed way we need very specific monitors in the order to support 3D ? And we don't able to watch 3D movies with regular monitor and 3D glasses ?
How about 30 Spectral Lensing glasses? Trust me, and look them up. They come with a coloring book but try them at an art gallery!!! You can use them anywhere (just not for long, they can give you headaches and/or make you ill). P.S. Not trying to sell you anything, I just think it's one of the most amazing pieces of tech i've ever seen!
@Rose Jenna Prieto Arias Since my original comment, I actually found and purchased a 10 pack of the very glasses I commented about without having to buy another kids coloring book. They go by a few different terms but rainbow depth or spectrum stretch should point you better to what I'm talking about. I like these glasses best because they let in everything, and don't require the image to be altered or designed specifically for them, they work with any image (technically, but best results are with "true" colors like actual Red, Orange, Yellow, Green and blue. Pastel wavelengths are "fuzzy" because of the extra colors coming in due to the white needed for the effect of pastels). Seriously, I took a pair of these glasses to a local art gallery and the pieces with strong "true" colors looked AMAZING in 3D when I tried them on and looked at them. Anachrome, if I understand the technology correctly, requires the image to be created a specific way in order to work properly.
I knew that 3D glasses had to do with polarization, but never knew about the circular variety. Damn, 69 years old and still learning thanks to you!
The age is a lie
@@general_prodigy you're just jealous
Nice
69 nice
71
Awesome!
You clearly explained everything from A to Z.
You explained everything in a deep understanding way while sometimes you are just relieving the boredom which is actually the best way of studying boring subjects.
Give this man a salute
Once again, this excellent channel goes a step beyond most others, and actually tells me something I didn't know (in this case, some of the details about the molecular structure of circular polarisers). Your videos should get way more views!
Oh, and an answer to your question. I haven´t forget my 3D-glasses to theater, but I have forget my wallet in a kiosk that sells popcorn etc in a lounge of a theater. A friendly young woman run after me inside of theater and refused to take any reward about that. That event had a serious consequences.. we went to marry and now we have a son. This is true story. Had to add this here.
I love stories like that.
Wow
Bought it😎
That sounds like the butterfly effect! nice nice...
Wow wow wow
super cool video & thanks for presenting the info! Your show gives off an old school Bill Nye vibe & I super dig it :D
I grew up with Bill Nye too, so he's a huge influence.
@Tristan Matias Oh yeah I did it in 3 mins
Cool to see a 3 yr old comment from you. :D
Really like both of your content!
I thought I knew the answer but I still watched it because I like your style so much. it's more complicated than I thought. I can annoy my friends with this knowledge the next time I go to a movie
We have some 3d glasses and were trying to see various videos on TH-cam, to no avail. Now we know why. Awesome graphics!
How can you do everything so interesting and explain it so simply? I have understand, you have been a teacher? Why oh why we didn´t have teachers like you in my school-days!!? I´m from Finland and our school-system is praised to be so advanced and student-friendly. Bull... When I was at school I was about to get weary every day. We spend hours and hours learning something very simple and then practice again. Now my son goes school and really nothing has changed. There are levels, but as I fill out the initial form I told that he can read and write. What happens? He goes to group that is learning to read and mathematics were level 1+1=3. It took 2 months before they find that out and were really sorry that he was signed up in a wrong group. What does that tell about our educated school-system? I really really wish there was teachers like you. Man, You Rule! Hmm.. could you make a video about holograms, how they really work and what happens in quantum level? Thank You for this super-interesting channel and please, keep up the good work! (sorry about this long story).
Because he leaves most of maths part lol
Only genius can explain so easily all kind of very complicated things. Nick Lucid is one of them. Thanks so much for your videos :-)
This is NOT complicated dude 🤦♂️
or a guy reading from a script. LMAO
@Citizen Of Earth were you there ? I didn't think so.
Excellent illustrations. Really helped with understanding the angular momentum.
Thanks! I work really hard on them.
Wow I had no idea about the stress points trick!
This channel is awesome, keep up the great work.
I "forgot" to give back 3D glasses.
In home, I tried to figure out how its work
but I failed
So I came here to watch your video.
Unfortunately, I am a student of Physics
same did I
The first 5 seconds of the video and I know you are crazy :D
It's ok to be a little crazy ;)
Crazy good. Yeah. :-)
Yeah if you are too serious then the listener who gets bored easily will just walk away/Viewers
What a nice and simple explanation. Thanks Nick keep doing what you do!
great teacher, high-quality animation and even funny.
pretty nice explaination.can you pls do a video on HOW DOUBLE REFRACTION OCCURS in calcite or quartz crystals?
I knew there would be explanation for this but I didn’t expect Science!
Surprise!! 🤓
Yay, This crazy channel is starting to grow exponentially!!
Hey, Nick. I was wondering if you could explain something that I genuinly can't seem to properly grasp;
Hawking Radiation indicates that black holes eventually 'evaporates' and vanishes, due to all the mass being gone.
How does Hawking radiation escape the event horizon when even electromagnetic waves cannot? I know it's due to virtual particles, but I seriously can't seem to grasp that.
Thank you; I adore your explanations to fascinating content!
The virtual particles are not escaping from inside the horizon. Virtual particles are created in pairs and sometimes only one of them is inside the horizon. The other can be outside and is free to escape.
(Of course, that's the grossly over-simplified explanation. I happen to know PBS Space Time is releasing a video on this soon. It might be worth checking out.)
Thank you for your explanation. I was curious how it works 👍
Glad I could help 🙂
@@ScienceAsylum oh wow you still comment after 5 years
The thing I like the most about this channel is the woawp sound xD
Your channel is really good.I won't regret my decision of subscribing you. Hats off to you😊
good work!
This channel deserves way more love, may be few of us can give a shout out to Philly D to help this channel get more exposure.
A- Y Sorry but who is Philly D
New subscriber here. I watched a few videos and im totally hooked to your channel. You certainly have an amazing way of explaining complex stuff in such a simple (and fun) manner. Hope your channel gets the attention it truly deserves.
Btw if i may ask what physics degree do you have?
I have a Master of Science degree in physics :-) with a specialization in astrophysics.
Excellent video. This reminds me of the ancient Vikings using a sunstone to locate and navigate off the sun on cloudy days.
The Science Asylum could you do a video on the Double slit and the Delayed choice quantum eraser?
Can you make a video of all sub-atomic particles like neutrinos, gluons positrons types?
I have "accidentally" forgotten to return my Real 3D glasses on many occasions. This is mainly because I "accidentally" figured the glasses were part of the price to see the movie, and I don't trust them to not "accidentally" give me some glasses that were used and possibly has someone else' lice or other contaminant on them.
if you forget to keep them where I live, you will have to buy other pair (by "accident") on your next movie. You always keep them ;) Besides, it better to recycle, isn't it?
Another great video--hope to see more soon! :)
I did not forget I took like 10 and made some super cool thing with two shades of the glasses on top of each other and it makes light colorful
I love that "fast fast"
Οκ. I ve watched almost all your videos (including the vlogs) and I ve come to the decision that you 're my favorate science chanel. I almost never comment on youtube but you made me do it. How come that you don't have more subs?? That's crazy. Due to my job I cannot share your vids on social media but I wanna help with any other way. Please keep making content (p.s.1 Take my advice and grow a beard. I think it ll look great on you and it will make you more in fashion. p.s.2 sorry if there are any mistakes in my english but it's not my native language, I m greek)
I don't plan on stopping, so plenty more videos to come :-)
0:45 I wish I could do that to my "clones"
You can if you get good at video editing.
I didn't know we were required to give back the glasses. I just walked out with a couple pairs, and nobody said anything. But then I give the rest back because I don't want any more. Do theaters actually care if they get them back?
culwin no it's accounted for in the price of your movie ticket but if you give em back they'll just give them to someone else so it's a way to make more money essentialy
There's usually a big cardboard box in the hallway outside the theater. They don't "police" it or anything though.
Please don't report me
culwin too late😉
+culwin So that was YOU!!! Seriously, though, those glasses are pretty expensive in the grand scheme of things (say, if a theater loses a dozen or so a show). They can range from $10 to $30 a pair, depending on what projection system they use. You probably just lucked up by getting lazy ushers. SHAME ON YOU!!! I've still got two pair....
I like how the clone always asking my questions
Thanks to engineers and researchers who did hard work to bring this cool tech
Great work, exactly the video I was looking for. I found the answer to my question in few minutes, thank you!
Glad I could help 🤓
Very good explanation. Thanks
awesome explanation of how 3d works!
This helped me soo much thank you keep doing what your doing
Your video presentations are well described by your last name 👏 plus they're fun and funny 😄
Good explanation! But how to make 3D without glasses?
That's the million dollar question.
Do video on types of 3d glasses
As Always... Great video and very good animations :)
А very good suggestion is that you could make a video about time paradoxes, another one is about clines, yeah, just like your clines, why can't we do them FAST FAST and have to slowly breed them from childhood to adulthood
Time paradoxes are on the list.
@@ScienceAsylum oh my God, i mess it up didnt i? its not CLINES its CLONES!
@@igorastral4816 I knew what you meant 😉
@@ScienceAsylum God bless you
Ur videos are just dope thanks man
Thanks! 🤓
thank you very much :) I loved it.
Nick, you've asked "Do you have a question that's driving you crazy?". I do. We take for granted the notion of "static energy", e.g., if I raise a weight upwards and put it on a shelf, it takes energy to do so, and that energy can be recovered later by letting it fall. My question is: What kind of energy IS that, and where IS it? If E=MC^2, does the object have more mass?
Lifting the weight upward gives it what we call "potential energy." Energy isn't like a substance that exists. It doesn't have a "where." It just _exists_ or it doesn't. To answer your last question though, yes, the object would have more mass. (the extra height doesn't add much mass though, so you wouldn't be able to measure the difference)
I can't wait to see you getting 50K subscribes!
I can't wait for a million!! He deserves it
Happened :-)
congratulations nick!! ftw
Great. Thanks.
Hi, I am looking for a way in which an invisible projection can be viewed only by a 3D glass sort. That too each glass would view negative and positive version of the projection. Is invisible projection possible? Is negative and positive viewing possible with 3D glass?
What does it mean if I can't see 3D movies? I just see two overlapping 2D images that alternate focus.
Hey, what are your thoughts on this, I've been wondering a lot about this lately when I watched your relativity series. . . is Math relative? Maybe you can do a video on that. . . take throwing a tennis ball for example. The standard quadratic representation of the shape the ball would travel wouldn't work in a situation with drastically different gravitational fields. But I'm not a mathematician, so, there could be a mathematical work around to this I'm missing. But I suspect math is relative just because of the fact the equations and theories we use to describe things and how they work are very relative to our earthly environment.
The physics (scientific math) we use to describe things like tennis balls also works on things like planets orbiting stars and stars orbiting the centers of galaxies. It's not based on our earthly environment. If it was, we'd be failing at our job as physicists.
I forgot to give back 3d glasses at theater today. now I brought it home, and search on yt what to do with them.
And they seem to be fazing them out now. They really difficult to purchase lately.
In France, we buy the glasses at the entrance of the theatre for 1€ and we keep them at the end, so there is no point in giving them back
Here in South Africa, we pay for our 3D glasses (at most places), but we get to keep them too :) great episode!
Rudi van der Walt Same in Sweden.
Good Work
Hi, you have awesome videos on this channel,
a small request,..... could you please gimme a list of all your videos as a text file? so that i dont miss any one?
here the videos are all shuffled and its hard to arrange them. please?
*Mind blown!*
This seems relevant to Black Holes! Polarization of light! How does this ( or does it?) fit into the study of the B Holes?
if 50K subscribers each gave30 cents a month ( yes 30 cents a month) , he would devote most of his time to these beautiful videos. you cant be that cheap
For those enjoying this video and 3d movies, go to the bathroom at the theater with the glasses (or at home with a pair you took with you since you did pay for them) and look in the mirror wearing them. Then cover/close one eye.
awesome again!
I always fall asleep when I hear science and math problems
Teacher : okay class today we'll learn about MATHS
Me : accidentaly fall asleep in 5 minutes
Teacher : OMAEWA MO SINDEIRU
Me : ( ͒ ͒ ) *Scream
Luckily it was just a dream
I never give back my 3D glasses. Shoot a 3D movie is expensive. I take what I can 😆
Unrelated to this video, but how do we know that some particles are "fundamental"? As in, what's to say that electrons aren't made up of other stuff that's just really really small that we haven't yet been able to measure with our current technology?
Because our model for those particles is very good without them being fundamental. There's no sense in adjusting the model until we come across an experiment that contradicts the one we have.
I learned more physics here than I did in school
I really can't watch 3D movies, it just gives me headaches, and I am not the only one. Lot of people around me stopped watching movies in 3D, what could be the reason for that. Thanks
Oops too fast for me. I need to slow down this video. And see it again, of course. Great content, by the way.
Watch the video at 0.5 speed... totally trippy.
The theater I go to gave us a pair that had a normal right eyepiece. But the left was strange, if you look through it you see only blue shades and if you tilt it and make vortical you only see red shades.
Can you explain that to me?
ok, good video. makes all sense. however(!)
the glasses that i "forgot" to give back behave in a way that was not explained in this video.
pop out the glasses so that you can put them on top of each other and rotate.
depending on which side they face each other, and also depending on the angle you rotate them, they will let light through more or less and even block it completely at a certain angle.
if the polarization was circlar, should it be irrelevant in what angle they face each other?
really interested in your answer
ps: here in amsterdam they let you keep the glasses so no biggy
No, the angle still matters in a circular polarizer because a circular polarizer has a linear polarizer inside it. As I explained in this video, they're a linear polarizer combined with a quarter wave plate. The angle definitely matters.
thank you for replying. your answer clarifies the matter to the degree that i am no longer unsure if my cineman uses linear or circular polarization glasses. but it is still unclear how the angle actually matters in the process. could you make a follow up video to go more in depth on the matter? also is it the same material for the glasses and the polarizer or is the polarizer special?
ok, sorry for double reply. but i got really confused now. i rewatched the video. and you are right that you explained there is a linear polarizer plus a doublerefractor. but 1:19 really threw me off. why need the circular polarizer in the first place? both would dimm when i tilt my head and circular polarization seems to be linear polarization with extra complexity added "ontop" of it. so why do the extra step in the first place?
In a circular polarizer, the order of the two pieces (linear polarizer and quarter wave plate) also matters. The light doesn't dim when you tip your head in 3D glasses because the circular light hits the quarter wave plate first. That plate (or "double-refractor") turns the circular light back into linear light... and the linear polarizer blocks the light. In other words, if the light hits the wave plate first, all that matters is the angle between that plate and the linear polarizer. If the light hits the polarizer first, that's when you can turn it and block light. Circular polarizers are very picky.
Great job.
Bro, our human bodies produce some milligrams of voltage, so can we use series of step up transformers to get usable amount of energy? Can u please make a video on this????
Man you are too good.
I thougth this would be an easy one, boy was I wrong
these glasses are really cool! I took a pair out of the movie theater, and I put them on, And I saw everything in 3-D
😂
I'll write this in my book!
you said electron cloud maybe it due to uncertainty of the electron to be present at any point. It's the probability cloud of electron position where it could probably be found. Am I right?
Yes, it's a probability cloud.
You should also cover the red/blue lenses that give 3D and explain how that is done.
Those red/blue types haven't worked since movies got color.
The Science Asylum Wait... what?? We used those in movie theatres (in Sweden) in like 2005! I watched SpyKids3D with those glasses. Am I thinking of something else?
If they used the red/blue ones, it couldn't have possibly looked that good. They might have been able to do it with a low-color background, but definitely not with the people in the foreground.
The Science Asylum There was a lot of grey in that movie now that you mention in haha. Thanks!
IMAX 3D actually uses linear polarization, while standard 3D cinemas use circular polarization.
I have a doubt regarding em waves.....we know that a magnetic field is produced when magnetic field lines pass from North Pole to South right?!.... But my question is: how is a magnetic field produced in em waves...I mean there are no poles over there right??
The magnetic field isn't really produced by magnetic poles. We label "poles" of a permanent magnetic based on what the magnetic field looks like. The "poles" are made up things.
Then where does the magnetic component come from in an em wave?
Both electric and magnetic fields are created by charges (microscopic particles). The magnetic field of a permanent magnet doesn't come from "poles." It comes from electrons.
Ok I have been scrolling through your comments for a while on various videos, what is your clock called. I want one.
It's called a math clock: www.amazon.com/dp/B01IABQ4FU/ref=asc_df_B01IABQ4FU5297608/?tag=hyprod-20&creative=395033&creativeASIN=B01IABQ4FU&linkCode=df0&hvadid=192246360916&hvpos=1o1&hvnetw=g&hvrand=12751998863635249415&hvpone=&hvptwo=&hvqmt=&hvdev=c&hvdvcmdl=&hvlocint=&hvlocphy=9016911&hvtargid=pla-367435618317
Does 3d camera also have dual lenses or its managed by the editing team?
Yep! Dual lenses or 2 entire camera simultaneously (if they're doing it properly).
@@ScienceAsylum Wow! Very much thankful for your time to share this information .. :))
If that it's all the needed way we need very specific monitors in the order to support 3D ?
And we don't able to watch 3D movies with regular monitor and 3D glasses ?
How about 30 Spectral Lensing glasses? Trust me, and look them up. They come with a coloring book but try them at an art gallery!!! You can use them anywhere (just not for long, they can give you headaches and/or make you ill). P.S. Not trying to sell you anything, I just think it's one of the most amazing pieces of tech i've ever seen!
@Rose Jenna Prieto Arias Since my original comment, I actually found and purchased a 10 pack of the very glasses I commented about without having to buy another kids coloring book. They go by a few different terms but rainbow depth or spectrum stretch should point you better to what I'm talking about. I like these glasses best because they let in everything, and don't require the image to be altered or designed specifically for them, they work with any image (technically, but best results are with "true" colors like actual Red, Orange, Yellow, Green and blue. Pastel wavelengths are "fuzzy" because of the extra colors coming in due to the white needed for the effect of pastels). Seriously, I took a pair of these glasses to a local art gallery and the pieces with strong "true" colors looked AMAZING in 3D when I tried them on and looked at them. Anachrome, if I understand the technology correctly, requires the image to be created a specific way in order to work properly.
Would be great to see the dolbly 3D glasses(colour filter) episode
the last line got me
Yeah I always "forget" them lol
Once they gave me two pairs by accident and I gave back both. Manners maketh man
I snuck some spongebob 3D glasses as a kid... I had the same pair in my hand while watching this
i want this man as my school teacher😅❤❤❤
I wish I had forgotten to give them back. Poor me, I was too good to bring them with me, and now I want one badly.
I always "forget" to return 😂
"Forget" huh?😂😅
Great video, got a new sub
Countdown to 50k...
I so wanted to keep my glasses after Avatar 2
Damn u dad 😂😂😂
Awesome
I forgot but now what should i do with that 3d glasses
Go look in a bathroom mirror and blink one eye at a time. It's wild.
What am I suppose to be seeing at 4:00 when I look in the mirror with my 3D glasses on?
If you close one eye, the lens for the open eye will be black in the mirror.
@@ScienceAsylum god that's right! 😂😍
They could embed a coil inside the glasses's frame like those anti-theft stickers. But maybe the cost defeats the whole purpose.
Yeah, I don't think they care enough.