I agree. I almost recently found out about how amazing holograms are and now this guy is telling me that I can do more with this tech. I need to know.. My brain hungers for holographic knowledge.
I love the "feeling" of the videos here so much. It is fast, explained in a simple way and you don't talk about the same stuff for like 10 minutes like some other youtubers/channels
Electrons do NOT orbit the nucleus, the diagram of the "orbital" regions is correct, however the depiction of electrons physically orbiting is completely wrong. An electron orbital is simply a model for calculating the probability of an electron being in a certain location, in layman's terms, an electron when it comprises an atom is in the form of a cloud of where it possibly could be.
That is the current theory but you should be careful of stating such things as fact, when we learn more about the universe we may find that too is just a convenient way of thinking about it which is not actually true
It's just a simple representation. Like people in wheelchairs don't really look like the image on a handicap sign. A lot of really smart people thought about it, and that is the image they came up with. What would your image look like that would explain the probability of an electron being in a certain place at a certain time around a nucleus? No animation, no description, just an image. Pretty similar? The same maybe? That's what I thought, shut up.
@Aholf Ditler, an electron can behave like a particle, and an electron can also behave like a wave. Which one it does depends entirely on the conditions affecting it, and it switches between the two based on weird principles discovered by quantum mechanics. Fun fact, the two people who discovered the wave and particle behaviors were related (father and son). Considering the contradictory nature of the two discoveries that were both correct, it must have made for fun and confusing discussions at their dinner table, thinking that they'd proved each other wrong. Go look up some videos about the two slit experiment.
In this age of lazy mentorship, it's not unheard of for a teacher to dictate literally writing out the entire glossary for a chapter and make a shortstory (journal entries) out of it.
Lets assume, If we really started storing DATA on single atoms, Then It would be like; *_1.62 x 10 ^ 23 moles Of Storage Remaining!_* . . . . _And I ain't good at CHEMISTRY!_
@@bulletl187 Water is H2O? Thanks for letting us know. And what is a mol? A mole is not the smallest piece of a substance. It's the equivalent to 12 grams of Carbon-12 of any other substance made up of identical atoms.
Thanks! It's always exciting to hear about (and contemplate) possibilities on the frontiers of science. Such things represent the not-so-distant future in which we might find ourselves. I count myself lucky to live in an age when tomorrow's technology can be glimpsed today, and I can get some idea of what that tomorrow may look and feel like. Rikki Tikki.
Bits of RAM used to be easily visible to the naked eye. It consisted of magnets with copper wires running through them. Magnetic core memory. Woven ROM is also interesting. HDDs used to be giant things transported on carts. You wrote your software on punch cards.
There should have been said more about the "energy difference" between those orbitals, instead of the introduction focusing on the arms race between data and mechanisms to store it. Everybody is aware of the latter conflict anyway.
Thanks for the video I thought about atomic data storage last week, when I heard about molecular data storage I thought about the simple next and smaller step which is atomic data storage and thanks to this video I now know even more about it.
The term _TMI_ taken to a whole nother Level. The reality TV show in the future will be Hoarders: Data Edition: Guy with rooms & closets filledwith tiny microchips lol
To be honest, I am curious now about that electro quantum holography. Sounds confusing, and where confusion is, is something to learn. Good luck seeker! :)
Jeffrey Koelewijn we should just rick and Marty it by using a pocket universe to store all our data... “what’s that? NASA? “ .. “Yea I’ll take that job.”
"we have discovered a way to store data which requires no media at all." Meanwhile in Universe 11... "...what's your emergency?" "MY HOUSE!" "Your house?" "YES!" "What's going on with your house?" "IT'S POSSESSED!"
I have never had any problem with storage. It's not about not having enough, it's about keeping what matter, organize, don't have duplicates, delete not needed stuff… You'll be just fine.
This is kind of confusing. Since all magnets have both a North and South pole, it's their orientation that would indicate a 1 or 0, right? But at an atomic scale, aren't atoms moving around, even in a solid? And wouldn't their orientation change and their polarity flip on a constant basis?
When I bought my first hard drive (one of the first available to civilians) I ordered the biggest one I could afford. It was a 5 meg drive and was the size of two pizza boxes stacked on top of each other. It took the company almost 8 weeks to send it to me and so they sent me a 10 meg drive for the long wait. I was shocked with this drive and told everybody I would NEVER be able to fill it up no matter how hard I tried. And I never did. lol Oh for the good ol' days. :)
Me: tries to download something on Google play store Playstore: To install app or an update on this device... Me: checks space... 10 teramoles of space left
I'm confused as to how this could work for long-term storage. Seems like it would be pretty volatile, and if something went wrong all of the data could be lost very easily. Does this method work for more short-term storage like RAM and processing?
Great, got my 500k resolution movie stored on my 1 Exobyte drive. Now to just press play and... crap, my computer is a century away from being able to play this damn thing.
Are they looking at the quantum number mj, ml, or l for angular momentum? I assume ml, but that means adjusting the number of electrons in the atom to change it's state, which is... hard to do on a macro scale precisely like a computer will need. Another 100+yrs of research I guess.
We could do this, or, we could look into the Sloot coding system, from the 90's that figured out how to store massive files on a really small amount of space. We already have massive drives, when compared to about 10 years ago.
But compression isn't everything, as you'll need to decompress it at some time, so, in the end you'll need a bigger storage the same way. Or even if this is a magical way to store the data, what happens when you have enough files to fit all storage in the world?
@@angelogabriel6862 I think I understand what you're trying to say. What I'm thinking is that, if you need a program to decompress the files, then, the total data required for that program will be less than the total data that the compressed files would take up. If there were enough files to fit all the storage in the world, then, I would say, great, more efficient, and effective storage.
We definitely need this video about electronic quantum holography
Wait what..?
yeah we do 😉
Yes, please make a vídeo about it!
Oh, absoluh-lly!
*bosons
Next video: *Here's how we could store data on a single quark*
After that : heres how we could store data on a single higgs boson
*Planck length
String? anybody?
In the future:
Here’s how we could store data using black holes
You could store a few bits on a quark
Please do a video about electronic quantum holography !
😁
I don’t know what that is. All I know is that I hate the way holography sounds. No seriously just say it out loud you’ll agree with me.
Jip just for the fun of it 😉😁🍻
I agree. I almost recently found out about how amazing holograms are and now this guy is telling me that I can do more with this tech. I need to know.. My brain hungers for holographic knowledge.
Blow it out of your holography hole
I love the "feeling" of the videos here so much. It is fast, explained in a simple way and you don't talk about the same stuff for like 10 minutes like some other youtubers/channels
Electrons do NOT orbit the nucleus, the diagram of the "orbital" regions is correct, however the depiction of electrons physically orbiting is completely wrong. An electron orbital is simply a model for calculating the probability of an electron being in a certain location, in layman's terms, an electron when it comprises an atom is in the form of a cloud of where it possibly could be.
I was looking for this comment, thank you for informing everyone
That is the current theory but you should be careful of stating such things as fact, when we learn more about the universe we may find that too is just a convenient way of thinking about it which is not actually true
Paul O'Sullivan its a scientific theory it’s the closest to fact we have in those kind of subjects
It's just a simple representation. Like people in wheelchairs don't really look like the image on a handicap sign. A lot of really smart people thought about it, and that is the image they came up with. What would your image look like that would explain the probability of an electron being in a certain place at a certain time around a nucleus? No animation, no description, just an image. Pretty similar? The same maybe? That's what I thought, shut up.
@Aholf Ditler, an electron can behave like a particle, and an electron can also behave like a wave. Which one it does depends entirely on the conditions affecting it, and it switches between the two based on weird principles discovered by quantum mechanics.
Fun fact, the two people who discovered the wave and particle behaviors were related (father and son). Considering the contradictory nature of the two discoveries that were both correct, it must have made for fun and confusing discussions at their dinner table, thinking that they'd proved each other wrong.
Go look up some videos about the two slit experiment.
Finnaly i have a place to put my *16.54 TB Homework folder*
that's a lot of homework.
😂
I think you meant "our" homework
In this age of lazy mentorship, it's not unheard of for a teacher to dictate literally writing out the entire glossary for a chapter and make a shortstory (journal entries) out of it.
@@dragonhold4 woosh
Still not enough for my meme collection
And not enough for my *loli hentai collection*
Send memes! I'm starving!
@@catman2157 yes officer this person right here
@Austin Martín Hernández bfflyer2@gmail.com thanks in advance!
@@looming_ big mistake
3:08
Please make a video about that!
just buy a google phone they are offering unlimited cloud storage
Read the fine prints
@@GranVlog you get unlimited storage for like 6 years but by then you'll have a new phone
i mean sure uh but
bandwidth?
@@ppgabe Elon will fix that soon
@@REDJ1 ok that is epic
This is what i have asked my self for long , still need more principle details ,thanks
with a medium the size of a penny we could store 3 million petabytes of data.
Finally place to put all this porn.
A step for humanity in the correct direction
The trash also works for storing that medium of "art". It has nearly infinite storage, but recall is difficult... Thankfully.
Whaaaattttt😂😂😂😂
So 3 zettabytes.
2,75 zettabyte to be more accurate
0:39 "It actually makes sense when you think about it". So I think maybe I didn't really think about it.
It would be very cool to have a video on electric quantum holography. Perhaps jointly with Maren?
When cabinets before only store 4MB of data bookshelves of that size can actually store more data than it
You can store all the data you want on that atom, but they'll still end up making the case it comes in stick halfway out of your mac just because.
Whatever happened to holographic data storage?
The first step is to store porn on a single atom
*YEA!*
Oh boi😂
NO MOM THATS MY HOMEWORK HYDROGEN ATOM!!!
He’s the guy who makes weird videos you have to zoom past on those sites
@j_lizii No then you would
keep losing it
We absolutely need a video on Electronic quantum holography!
[ in robot voice] Please do a video about Electronic Quantum Haveolography.
An orbital isn’t where an electron “orbits”. It’s a field of probability at any given moment where an electron may lie.
Lets assume, If we really started storing DATA on single atoms, Then
It would be like; *_1.62 x 10 ^ 23 moles Of Storage Remaining!_*
.
.
.
.
_And I ain't good at CHEMISTRY!_
Mol is not refering only to atoms. It’s just the smallest pieces of an substance. Water for example is H2O
@@bulletl187 Water is H2O? Thanks for letting us know. And what is a mol? A mole is not the smallest piece of a substance. It's the equivalent to 12 grams of Carbon-12 of any other substance made up of identical atoms.
Not moles atoms
1 mol=6.022*10^23
@@pranayvarshney7603 1 mole = 0.238 warts.
Never forget your units when you do conversions.
@@squarerootof2 and 1 standard mole is equivalent to 3.28 mexican moles (or guacamoles)
You gotta do a video on it now!
Yes the electromagnetic sensory glands found in the hippocampus also plays a part. Also the north pole is biodegradable so that's a big plus.
It's a challenge for you guys to make simplest and most easy-to-understand video on electronic quantum holography
please make a video about electronic quantum holography
did they do a video yet about electronic quantum holography? I desperately need this in my life.
3:05 but why did you tell viewers that such thing existed in the first place?
Thanks! It's always exciting to hear about (and contemplate) possibilities on the frontiers of science. Such things represent the not-so-distant future in which we might find ourselves. I count myself lucky to live in an age when tomorrow's technology can be glimpsed today, and I can get some idea of what that tomorrow may look and feel like. Rikki Tikki.
10 years later it'll be "how to store 200tb in the quantum foam of the universe diy lifehack"
Genius comment !!!!
Hey Julian, please make a video about electronic quantum holography
I can store data in North sentinel island
can u?
weird flex but ok
With all those island people🤔😅how do u retrieve it lol😣
@@jja1483 You don't retrieve it. You just store it. It's safe there. For ever! Lol
jj a easy just attack with helicopter 😂
Please do a video about storing bits using electrons.
I look forward to the video about electron quantum holography! :3
U seriously need to do a video about Electronic Quantum Holography
Bits of RAM used to be easily visible to the naked eye. It consisted of magnets with copper wires running through them. Magnetic core memory.
Woven ROM is also interesting.
HDDs used to be giant things transported on carts.
You wrote your software on punch cards.
I have lost my marbles, wait a min, it is the atom that I lost. Love this stuff.
There should have been said more about the "energy difference" between those orbitals, instead of the introduction focusing on the arms race between data and mechanisms to store it. Everybody is aware of the latter conflict anyway.
0:32 Ackchyually!, the basic building block of matter are quarks and electrons.
Thanks for the video I thought about atomic data storage last week, when I heard about molecular data storage I thought about the simple next and smaller step which is atomic data storage and thanks to this video I now know even more about it.
The term _TMI_ taken to a whole nother Level. The reality TV show in the future will be Hoarders: Data Edition:
Guy with rooms & closets filledwith tiny microchips lol
So 3 main reason:
_closer to user
_water cooling
_energy efficiency by use sea tide to generate electricity
Would like to see an update to this. 2021. Where we at now?
Oddly, I seemed to have woke up this morning with an uncontrollable urge to learn about Electronic Quantum Holography. Hmm.
The basic building block of matter is not atom. It's actually leptons and quarks.
This would help with the issue we have now of stations storing data and streaming, which emit a lot of fossil fuels.
We need it, we need a video about electronic quantum holography
To be honest, I am curious now about that electro quantum holography. Sounds confusing, and where confusion is, is something to learn. Good luck seeker! :)
*This would be great for smartphones*
*the simulation is coming along nicely*
now we need a video about electronic quantum holography
Please do a video about electronic quantum holography 🙏
Now think of having a compound that stores data .
And do a video about electronic quantum holography !
Do a video on single electron bit storage
nice elaboration ginger!
You should do a video on electron quantum holography
I seriously thought this was a way more serious channel
How about subatomic data storage ?
Jeffrey Koelewijn we should just rick and Marty it by using a pocket universe to store all our data...
“what’s that? NASA? “
..
“Yea I’ll take that job.”
Quark computing?
Yeah. The properties of quarks and gluons might, can in principle be used to perform computation at the femtometer scale.
Maybe a combination of quarks, electrons, and atoms and wholes? If that could work.
Awesome T-shirt you got there, man.
Do a video about electron data storage!!!!
Single atom magnets?
Come on science! Now you're just Fu**in with us .
Let's just hope the read/write speed on these drives are fast.
Julian Huguet, great presentation! Love it! Go, Seeker!
"we have discovered a way to store data which requires no media at all."
Meanwhile in Universe 11...
"...what's your emergency?"
"MY HOUSE!"
"Your house?"
"YES!"
"What's going on with your house?"
"IT'S POSSESSED!"
I have never had any problem with storage. It's not about not having enough, it's about keeping what matter, organize, don't have duplicates, delete not needed stuff… You'll be just fine.
So when are you covering electronic quantum holography?
I'm really interested in electronic quantum polography, would you mind please doijng a video about it?
The thumbnail is an optical illusion, if you stare long enough it starts moving :o
This is kind of confusing. Since all magnets have both a North and South pole, it's their orientation that would indicate a 1 or 0, right? But at an atomic scale, aren't atoms moving around, even in a solid? And wouldn't their orientation change and their polarity flip on a constant basis?
Thank you for translation
When I bought my first hard drive (one of the first available to civilians) I ordered the biggest one I could afford. It was a 5 meg drive and was the size of two pizza boxes stacked on top of each other. It took the company almost 8 weeks to send it to me and so they sent me a 10 meg drive for the long wait. I was shocked with this drive and told everybody I would NEVER be able to fill it up no matter how hard I tried. And I never did. lol Oh for the good ol' days. :)
“It’s ok Bender, there’s no such thing as 2”
Nice video. But reduce the background sounds.
Me: tries to download something on Google play store
Playstore: To install app or an update on this device...
Me: checks space... 10 teramoles of space left
Nanotubes of Graphene to strain the atoms together.
Hi Julian, could you make a video about Electronic Quantum Holography?
I just realized that your voice is exactly same as Linus tech Tips.
It's funny we can't even see an atom yet we believe we will soon be able do anything with them, if they even exist.
Am I the only person who clicked on this video because the thumbnail of the video was moving?
I'm confused as to how this could work for long-term storage. Seems like it would be pretty volatile, and if something went wrong all of the data could be lost very easily. Does this method work for more short-term storage like RAM and processing?
Great, got my 500k resolution movie stored on my 1 Exobyte drive. Now to just press play and... crap, my computer is a century away from being able to play this damn thing.
We NEED a video on EQH (electronic quantum holography) now!!!!! EQH EQH EQH.....
Me : fails school
Also me : how to store data on a single atom
petition to make the electronic quantum holography, if the video gets at 10k he does it.
Can you please make a video on electronic quantum holography?
Those coolers are still the size of whole rooms.
Next vid:can we make a pendrive out of an atom
so cool! btw, please do a video about quantum holography thanks!
Don't forget about the quantum supposition of electrons
So it's an electron and a hologram? we definitely need a video about this...
Could we put this one magnetic tape?! If we could that would be nuts
"Atoms are flat, i'm telling you, we've been lied about it the entire time".
You've got it.
if space is considered to be flat...
this would store a trillion times all of google’s data in a cubic meter
We need 5D optical data storage using Laser
Hi there. Can you make a video about store information using a single electron, please!
Didn't understand a single word but watched the whole video
Are they looking at the quantum number mj, ml, or l for angular momentum? I assume ml, but that means adjusting the number of electrons in the atom to change it's state, which is... hard to do on a macro scale precisely like a computer will need. Another 100+yrs of research I guess.
Wouldn’t these kinds of storage only be good for archiving data, since it would very slow to read.
Sooo, what you ACTUALLY mean is "Here's How We Could Store DATUM On A Single Atom". That is, 1 "bit" per atom.
fucking shit, thank you for saving 10 minutes of my life
Over time, as it can change/be edited, it can be referred to as data on a single atom. Like different letterS taking turnS in a single envelope.
That's a pretty cool t-shirt!
We could do this, or, we could look into the Sloot coding system, from the 90's that figured out how to store massive files on a really small amount of space. We already have massive drives, when compared to about 10 years ago.
But compression isn't everything, as you'll need to decompress it at some time, so, in the end you'll need a bigger storage the same way. Or even if this is a magical way to store the data, what happens when you have enough files to fit all storage in the world?
@@angelogabriel6862 I think I understand what you're trying to say. What I'm thinking is that, if you need a program to decompress the files, then, the total data required for that program will be less than the total data that the compressed files would take up. If there were enough files to fit all the storage in the world, then, I would say, great, more efficient, and effective storage.