People often say something in the lines of "oh, we're so little and insignificant compared to stars and galaxies", but sometimes they should remember that we're also huge compared to atoms lol
in addition, we are host to an entire ecosystem within and on ourselves. trillions of micro organisms that do not share our DNA yet require us to live as much as we require them.
The craziest attempts to clarify something I saw was one of the scientists who built the JWST trying to explain how little light it could see and he said something like "It's like looking at a child's nighlight on the moon from earth in broad daylight" um... thanks? totally clears it up LOL
You should definitely put it in you CV because this must be life achievement for you. Pathetic edit from pathetic person who feels acknowledged by random internet people so much he needs edit original comment and thanks them. Cant be more beta
@@_blank-_it’s pretty simple. Look at the curve of the earth. Or pics from nasa. Or any of a thousand different things. Most flat-earthers don’t actually believe it, they just think the government is lying to them and want to voice any opinion that might be close to theirs.
Of the smallest length, plank length and the entire universe, humans are almost right in middle of the size. But we are still a bit closer in size to the entire universe than we are to the plank length.
I truly love how you explain this in a visual and clear way for people, in stead of using “oh this is a nano meter of this” the way you explained the size comparison through life size items is genuinely incredible for people like me who are visual thinkers ❤
in reality electrons are much farther than shown in the short. Zinc for example has a radius of ~134 picometers, whereas the width of a single proton is 0.00083 picometers. that means its entire radius is over 161,000x as big as a single proton. only the real ones got this far
Idk about this but, I've been watching Nozomi for like 3 years or something, and her videos always make me feel ths same warmth and comfort to my heart that I always felt watching her very first uploads, it's literally my comfort zone where I can just get to after any long exhausting day , love you so much Nozomi ❤️🙏🏻
Nice video. People have a very difficult time understanding the true scale of things. This did a really good job in helping conceptualize the size of a proton.
I like how there are actual non “American measurement lol” measurements included for every length, and the soccer fields and buses are there as a useful visual for picturing these measurements, but this sentiment is still most of the top comments lol
Fun fact: A quark(that is what protons are made of and there is not a smaller particle discovered) is so small that u appear like the universe for them Edit: thank u for 300 likes
Quarks are among the smallest known particles and are considered elementary within the current framework of the Standard Model. Whether they are truly the smallest or if there are even more fundamental entities remains an open question in the field of physics.
I only found your channel a short time ago, but I think you're doing a really good job. This kind of information benefits young minds a great deal. Keep up the good work.
Also, according to some models, a proton could be around 900x larger than a quark! So it's crazy to imagine something 900x smaller than a grain of rice (when scaled in her depiction), because how could we ever observe it ???
Quarks don’t exist If you disagree, explain how the sun fuses hydrogen into helium on the quark level. Specifically when are the quarks in a neutron coming from?
@@candyb357 the first part is easy and we have yet to find out the second part: Proton-Proton Fusion: Two protons (hydrogen nuclei) come together to create a deuterium nucleus, a positron, and a neutrino. This initial fusion step produces a release of energy. Deuterium Formation: Deuterium (also called heavy hydrogen) is a nucleus composed of one proton and one neutron. In subsequent reactions, deuterium fuses with another proton to form helium-3 (designated as 3He). Again, energy is released during this process. Helium-3 to Helium-4 Fusion: Two helium-3 nuclei (3He) collide and fuse, resulting in the most common form of helium: helium-4 (designated as 4He). This final step releases even more radiation and energy. i hope this helps you understand
The more I watch her and the more I learned from her, I’m just astonished how good she is at making the complex very understandable. Wow, I’m hooked on learning science from her! Tell someone that the size of an atom is like a grain of salt compared to the size of the Earth is just mind blowing to me and so understandable.
You want to look up molecular machinery animations (or something like that) it will blow your mind. Eg. DNA replicating, or cells dividing & these molecules walking along the molecular strands. 🤯
If an atom was the size of Wembley football stadium then the nucleus would be the size of a small garden pea and the first electron would be a grain of sand whizzing around the furthest edges of the stadium
You just made me smile, my name on all social media etc. is sam1837. My dad told me a story about 1/1837 and his teacher telling them to remember it. You don't see 1837 quoted very often now. They found the number more accurately. But thanks for making me smile.
The size of an electron is... weird. To the best of our knowledge and ability to measure, electrons are point particles, they have no size in any kind of classical sense. They have mass, but no physical extent.
great comparison! i’m working towards my masters in nuclear physics and i haven’t even really thought about just how small subatomic particles really are. 0.8 fm just isn’t comprehensible no matter how long you work with the stuff.
Quark doesn't have physical form. It's a signal which something probably exist there. According to normal condition, splitting proton into quark just make them instantly form another quark to form another particle
@@royk7712 LHC did prove that quark exist at least in extreme conditions. Yeah it can be said that particles are held together so tightly as they are bound together by strings. Physics is really amazing.
I've always entertained a Dr Seuss's kind of alternate reality where there is actually an ecosystem existing at an atomic level and they consider it as being as huge as the Solar system. How amazing that would be, wouldn't it?
@@RajPatel-tq3xx conversely, we may be trapped in a huge atom-like structure where we might be microscopic particles compared to higher structured beings. Who can deny that the expansion of the universe as it's claimed, could be just the growth of a monumental living creature whose growth progress could be measured in billions of years... Imagination can be truly infinite.
I just recently became a machinist in a very high precision shop so I’ve only begun to actually get a somewhat ok grasp on the huge world of the very small. I cannot wait to refine my view of this scale
What’s crazy is that we seem to be in the center scale of the extremely large and the extremely big. We have things that are atomically amazingly small, and then we have universes that seem to be equidistant from our medium size (very roughly). It’s like everything about our entire life and existence is medium.
I feel like that could be a result of what we can measure/visualize though. The rate at which we can study big things and little things is pretty because it's all up to what technology we have, so there's only so far in either direction that we will be able to see without further technology.
@@nieka5030 really good point right there. If we were on the atomic scale, then we would not be seeing the planets. Just lends your mind as such curiosity of what the hell is bigger than the universe and what is smaller than the smallest particles… there’s no way we see all of reality. Apparently there’s even 95% right next to us that we can’t see.
@@liggerstuxin1 sometimes I think about what if it's just a big fractal and somehow within the smallest objects there's another cosmos with another universe and there's no amount of zooming in or out to reach an end. It's like the definition of existential dread for me though lmao
@ yeah maybe all of the important life forms are below a tardigrade. We wouldn’t even see their civilizations. Maybe the atoms are their planets. Or maybe our universes are their atoms
@@stickynote6969 electrons are fundamental particles. For all fundamental particles we do not know their size, they may even be pointlike and have no size at all. For reference their "size" would be the extent of their collapsed wave function. It's very difficult to get this value because the only way to get an answer is to do scattering experiments at very high energies so that the interactions can happen before the beams get too deflected by electromagnetic forces. For a proton this is easy cus we can just throw neutrons at them so that the interactions only start happening at the range of the strong force. For an electron not so much since we'd need fundamental neutral particles we can reliably fire in a beam and detect after the scattering. We cannot do that with neutrinos at the moment.
@@iRossco There are a few ways. You can use a radioactive source which has neutron radiation and only use a small angular cross sectrion of the emission. You can also use a beam of charged particles like alphas or protons to knock off neutrons in the direction you care about. Alternatively you can take the approach of having something heavy like tritium or deuterium where the effect of the electric charge will be smaller compared to the mass. Also, not neutrons, but if you have high enough energy charged lepton-antilepton collisions you can get tight beams of neutrinos!
Fun thing about astronomical sizes, descriptions begin to stop working the bigger or smaller you go. That’s why you had to make this comparison. There is no word for something the size of a particle because nothing is the size of a particle except the particle itself.
I was actually having a really rough day and have been overthinking and stressing a lot. But these videos helped me feel like everything’s okay lol. Thanks 😅
Fun fact : proton isn't really that small now, as we discovered length that would be a grain of salt infront of proton (which is assumed to be earth now)
And the quarks inside electrons, protons and neutrons are even smaller. These show that the universe is something called fractals, where it could get getting smaller for infinity.
Here is a more crazy size comparison, actually, there is a smallest hypothetical particle called planck particle, which is the size of a planck length, planck length is the exact same length that photon travels in a planck second which is the smallest unit of time, but you may say time is infinitely divisible, but when you think about one thing, that, what is time? Time is in which particles move or age right? So when a particle can move the least is planck length then how much will it travel in less than planck second? Nothing right? So its the smallest length, and you may think how small it is, look down, haha jk, here's the crazy comparison i talked about in the start: The comparison is to a planck length to atom If you take the earth as an size of atom, than that original size of photon will be the size compared to the atom (Planck Length)
One of the coolest things I’ve ever learned was that LIGO is so precise that when it detects gravitational waves, it’s equivalent to measuring 1/1000th the width of a proton
Atoms are 99.99% free space. Yet the whole universe exists on them. Just crazy. This fact alone shows that matter is all about force fields and energies. We are just highly localised set of energies I guess.
What makes me smile is that atoms don't actually touch, it's the EM force and the fact at electrons cannot occupy the same space. Atoms should be renamed Pauli's repulsive balls.
Atoms are actually constructed of Quarks and preons (the smallest particles observable) which are made out of (the theory of) super strings, that are made of tiny vibrations and are 10^20 meter long
These size comparison actually helps to understand the distances, the Americans aren't stupid, they're smart cause if you say this bridge is 5 yellow school busses long, then you can take the length of the bus and multiply it by 5
Hey, I think the size comparison is great, and I mean no disrespect when I say this, but strands of hair are not made of cells, the hair Follicles that make the hair grow from your head or made of cells, your hair is just collections of atoms, like cells, but they’re more related to an animate objects than they are us because there is No cells in our hair just Atoms. Keep up the great work!
People often say something in the lines of "oh, we're so little and insignificant compared to stars and galaxies", but sometimes they should remember that we're also huge compared to atoms lol
but we ARE atoms lol
in addition, we are host to an entire ecosystem within and on ourselves.
trillions of micro organisms that do not share our DNA yet require us to live as much as we require them.
Why are you laughing out loud after saying that?
@@AHumanBeing280 seemed funny. sorry i ll take your permission next time
@@abby786ablereductionism is silly, it's oversimplification - the philosophy.
Check your worldviews bruhh
This is the craziest size comparison in my life!
Yeah .. I just can’t wrap my head around it tbh 😵💫
The craziest attempts to clarify something I saw was one of the scientists who built the JWST trying to explain how little light it could see and he said something like "It's like looking at a child's nighlight on the moon from earth in broad daylight" um... thanks? totally clears it up LOL
Totally agree, don’t know if to feel small or big
You should definitely put it in you CV because this must be life achievement for you. Pathetic edit from pathetic person who feels acknowledged by random internet people so much he needs edit original comment and thanks them. Cant be more beta
Wait until you see the comparison of the size of a human with the observable universe…
That was actually a good way of putting it, thanks!
This is the only time "American standard measurement system" explained something so clearly to me.
But these things are so small that the Bald Eagle just does not get a look in.......
She did include the length in meters for the rest who uses SI.
@@michaelng7274 (it was a joke)
@@michaelng7274metric is cool and all, but it definitely doesn't have the same intuition as saying it's like looking at a grain of salt from space
@@vez3834No. jokes have set-ups and punchlines and are funny and make sense, which the comment doesn’t. There is no joke. Cry about it
Now let's see Paul Allen's atom size
This hit me on a comedy axis I wasn’t prepared for. Thank you friend 😂
Look at that subtle electron cloud distribution. The elegant thickness of the orbitals. Oh my God, it even has a unique isotope...
@@syedsaad3085 You win.
Comment of the year hands Down 😂
This short has nothing to do with American psycho and yet you still have 1.5k likes 😂
Love the way you break down scale!!
imagine that our entire universe is just one subatomic particle to a higher life
Its a singularity compared to the nothingness beyond it
I've been thinking about that theory my entire childhood lol
universe might be a proton fr, we could have duodecillions of universes in our hair
This idea is mind blowing.
And that higher life is a sub-microscopic subset of an even bigger omniverse
Most people also don't realize how big the earth is. It took me moving across the atlantic to start realizing it.
And then you have a flatearther going up to his terrace, takes a picture of the horizon and goes like It LoOkS FlAt To Me, CaN SoMeOnE ExPlAIN
@@stixoimatizontas I honestly can't blame flat-earthers, most people can't demonstrate why the Earth is round
@@_blank-_it’s pretty simple. Look at the curve of the earth. Or pics from nasa. Or any of a thousand different things. Most flat-earthers don’t actually believe it, they just think the government is lying to them and want to voice any opinion that might be close to theirs.
@@_blank-_ It's not that I blame them, but at the same time whose fault is it when they cannot do 1+1?
@@stixoimatizontasor worse, claim intelligence yet believe 1x1=2 🤦♂️
It really makes you wonder if there is a much, much, _MUCH_ larger scale above us that we aren’t even aware of.
Crazy huh?! We're a small pile of dust compared to what's out there
Of the smallest length, plank length and the entire universe, humans are almost right in middle of the size. But we are still a bit closer in size to the entire universe than we are to the plank length.
For the americans, thats about 0.0000001 bald eagle wingspans
Fuuuuuuuuuuuuuuuuu . . . that's tiny!
Don't know if this is accurate, but it's a novel comparison! 😮
Oh thank gosh I was looking for a translation 🙏
@@nechamaschafer7734 I love how you build on the joke! 😊
Measured in *FREEDOM UNITS*
Nucleus: grain of rice
Proton: grain of salt
Electron:😐
Neutron: "Maybe stop being so negative all the time and you wont be left out as much."
it won't even stay still to be measured or weighed and changes if coerced.
also quarks and gluons
Photon be like ~~~
Lol@@DJSekuHusky
I truly love how you explain this in a visual and clear way for people, in stead of using “oh this is a nano meter of this” the way you explained the size comparison through life size items is genuinely incredible for people like me who are visual thinkers ❤
I find the gaps between neutrons and electrons more intriguing
Yeah, that's empty space.
And also the density of neutrons.
in reality electrons are much farther than shown in the short. Zinc for example has a radius of ~134 picometers, whereas the width of a single proton is 0.00083 picometers. that means its entire radius is over 161,000x as big as a single proton.
only the real ones got this far
@@S0difim here for it brother
Grain of rice in a school bus that's all of its mass the entire thing is empty
You keep saying "optimistic" while simultaneously causing me to have existential crises every time I see these types of videos 😂
haha
Strange, but OK I guess.
Stay curious and adventurous , girl!
I'm there right very now.
I'm always amazed by people with existential crises as reactions 😂. It's like... Why? I want to know
Idk about this but, I've been watching Nozomi for like 3 years or something, and her videos always make me feel ths same warmth and comfort to my heart that I always felt watching her very first uploads, it's literally my comfort zone where I can just get to after any long exhausting day , love you so much Nozomi ❤️🙏🏻
Nice video. People have a very difficult time understanding the true scale of things. This did a really good job in helping conceptualize the size of a proton.
Ah, the typical American measure of soccer fields and school bus
I like how there are actual non “American measurement lol” measurements included for every length, and the soccer fields and buses are there as a useful visual for picturing these measurements, but this sentiment is still most of the top comments lol
Should've used micrometers for every comparison. Much more familiar and intuitive.
Football fields. They made a mistake in the video.
It worked though
@@drackula1985Nah she fuckin didnt
Your eyes express such curiosity and aww. It really draws me in. Your enthusiasm slays!
You explain things so well-don’t stop!
Keep going! I'm close to--
Absolutely. Love this girl.❤
Fun fact: A quark(that is what protons are made of and there is not a smaller particle discovered) is so small that u appear like the universe for them
Edit: thank u for 300 likes
Strings
It's still a theory @@vimal-cliobconsulting
@@NeeratiKanishkit's still a cool theory
@vimal-cliobconsulting still a theory, but even if we could verify it. Quarks aren't 'made up' of strings, they are a string.
Quarks are among the smallest known particles and are considered elementary within the current framework of the Standard Model. Whether they are truly the smallest or if there are even more fundamental entities remains an open question in the field of physics.
I only found your channel a short time ago, but I think you're doing a really good job. This kind of information benefits young minds a great deal. Keep up the good work.
And there are quarks that make up protons, it's amazing!
& then quantum fields or potential smaller, unobservable objects as well !
Also, according to some models, a proton could be around 900x larger than a quark!
So it's crazy to imagine something 900x smaller than a grain of rice (when scaled in her depiction), because how could we ever observe it ???
Quarks don’t exist
If you disagree, explain how the sun fuses hydrogen into helium on the quark level. Specifically when are the quarks in a neutron coming from?
@@candyb357 the first part is easy and we have yet to find out the second part:
Proton-Proton Fusion:
Two protons (hydrogen nuclei) come together to create a deuterium nucleus, a positron, and a neutrino.
This initial fusion step produces a release of energy.
Deuterium Formation:
Deuterium (also called heavy hydrogen) is a nucleus composed of one proton and one neutron.
In subsequent reactions, deuterium fuses with another proton to form helium-3 (designated as 3He).
Again, energy is released during this process.
Helium-3 to Helium-4 Fusion:
Two helium-3 nuclei (3He) collide and fuse, resulting in the most common form of helium: helium-4 (designated as 4He).
This final step releases even more radiation and energy.
i hope this helps you understand
I love these comparisons, it helps me better understand the worls around me! Thank you.
The more I watch her and the more I learned from her, I’m just astonished how good she is at making the complex very understandable.
Wow, I’m hooked on learning science from her!
Tell someone that the size of an atom is like a grain of salt compared to the size of the Earth is just mind blowing to me and so understandable.
This kind of thing makes me amazed how human life could ever have gotten close to existing
You want to look up molecular machinery animations (or something like that) it will blow your mind. Eg. DNA replicating, or cells dividing & these molecules walking along the molecular strands. 🤯
It took billions of years of evolution. You really got to wrap your head around how much time that really is.
@@Alexadria205 And it took a whole planet (at least) to do it. That's an awfully big Petri dish running that experiment for aeons of time.
Do you really believe that all of this came out of nowhere?
@@maryamsalah135 When you say "nowhere", can you clarify what you mean by that?
"like the distance from Paris to Rome"
My brain: *I see you like Europe*
Je suis un Amerikanisher
"It's the final countdown" ne ne ne ner, nena ne ne neee 😏
Moi aussi je suis un ricain @@dhayes5143
If an atom was the size of Wembley football stadium then the nucleus would be the size of a small garden pea and the first electron would be a grain of sand whizzing around the furthest edges of the stadium
WOMP WOMP
The thing that will shut up is your life
Waaahhhh
Bro is actually crying 😂😂😂😂😂😂
Bro is yapping
Very good comparison, can very easily visualise it
That’s crazy to think about. Now imagine the size of an electron - 1837 times smaller!
You just made me smile, my name on all social media etc. is sam1837. My dad told me a story about 1/1837 and his teacher telling them to remember it. You don't see 1837 quoted very often now. They found the number more accurately. But thanks for making me smile.
The size of an electron is... weird. To the best of our knowledge and ability to measure, electrons are point particles, they have no size in any kind of classical sense. They have mass, but no physical extent.
electrons don’t really have a size, they’re a probability cloud
Wait i thought its 1438 smaller lol
1837 times less massive. Their size can be much much smaller than a proton, to the size of an atom (the electron cloud).
great comparison! i’m working towards my masters in nuclear physics and i haven’t even really thought about just how small subatomic particles really are. 0.8 fm just isn’t comprehensible no matter how long you work with the stuff.
This was a whole ass speech and I’m here for it all
Wonderful visualization!! Thank you for the terrific content!!😊🎉🥇
Brilliant inversion of scale for visualisation, amazing graphics. Seems I have to subscribe.
And the Quarks!
Uud
Udd
And strings
@@vimal-cliobconsulting it's still a theory
Quark doesn't have physical form. It's a signal which something probably exist there. According to normal condition, splitting proton into quark just make them instantly form another quark to form another particle
@@royk7712 LHC did prove that quark exist at least in extreme conditions. Yeah it can be said that particles are held together so tightly as they are bound together by strings. Physics is really amazing.
Its crazy how we we're able to study about these tiny things and I'm excited for the day we can get an actual clear image of one atom
It was done in 2023. Search for "quantum microscopy hydrogen atom argonne national laboratory"
Is there limitless particles inside and outside there? Science is really the best gift to make our lives easier more fashioned, fun and much more.
I’ve heard that we’re closer to being the size of the observable universe than to the smallest scales of the universe
A comment somewhere here indicated about 2/3rds of the way
As above, so below.
This comparison made me understand how small an atom is really easy, I find myself brainstorming for hours thinking how small an atom or proton is
And it goes the other way too
Were that small compared to solar systems and galaxies
Today I learned, the earth is made out of busses and grains of salt
I've always entertained a Dr Seuss's kind of alternate reality where there is actually an ecosystem existing at an atomic level and they consider it as being as huge as the Solar system. How amazing that would be, wouldn't it?
Yeah it’d surely be amazing
ong i always thought of that since watching that one movie where there's an entire world inside one little spec
@@RajPatel-tq3xx conversely, we may be trapped in a huge atom-like structure where we might be microscopic particles compared to higher structured beings. Who can deny that the expansion of the universe as it's claimed, could be just the growth of a monumental living creature whose growth progress could be measured in billions of years... Imagination can be truly infinite.
"To see a world in a grain of sand and a heaven in a wild flower, hold infinity in the palm of your hand and eternity in an hour."
-William Blake
I just recently became a machinist in a very high precision shop so I’ve only begun to actually get a somewhat ok grasp on the huge world of the very small. I cannot wait to refine my view of this scale
A proton is well .... a mass of 1850 electrons..... hope the relative comparison helped u actually feel the size :)
*mass
@@Iluke67 corrected :)
no.
Too big of a number, cannot relate to the difference between 2 and 4 apples😝😝😝
Instructions unclear, my brain exploded.
Love this woman, she explains stuff in a very friendly and interesting way.
What’s crazy is that we seem to be in the center scale of the extremely large and the extremely big. We have things that are atomically amazingly small, and then we have universes that seem to be equidistant from our medium size (very roughly). It’s like everything about our entire life and existence is medium.
I feel like that could be a result of what we can measure/visualize though. The rate at which we can study big things and little things is pretty because it's all up to what technology we have, so there's only so far in either direction that we will be able to see without further technology.
@@nieka5030 really good point right there. If we were on the atomic scale, then we would not be seeing the planets. Just lends your mind as such curiosity of what the hell is bigger than the universe and what is smaller than the smallest particles… there’s no way we see all of reality. Apparently there’s even 95% right next to us that we can’t see.
@@liggerstuxin1 sometimes I think about what if it's just a big fractal and somehow within the smallest objects there's another cosmos with another universe and there's no amount of zooming in or out to reach an end. It's like the definition of existential dread for me though lmao
It's also possible that we're far on one end of the scale and we just haven't hit either end yet, so we might not even be close to the middle at all.
@ yeah maybe all of the important life forms are below a tardigrade. We wouldn’t even see their civilizations. Maybe the atoms are their planets. Or maybe our universes are their atoms
That's the craziest and confusing comparison I've ever seen
Amazing all those video that you have !!!!
Great great work !
No one:
An electron: I’m actually 1/1840 of a grain of salt
In mass, but in size we do not know. The electron may be infinitesimal.
@@justynpryce kindly elaborate
@@stickynote6969 electrons are fundamental particles. For all fundamental particles we do not know their size, they may even be pointlike and have no size at all. For reference their "size" would be the extent of their collapsed wave function.
It's very difficult to get this value because the only way to get an answer is to do scattering experiments at very high energies so that the interactions can happen before the beams get too deflected by electromagnetic forces. For a proton this is easy cus we can just throw neutrons at them so that the interactions only start happening at the range of the strong force. For an electron not so much since we'd need fundamental neutral particles we can reliably fire in a beam and detect after the scattering. We cannot do that with neutrinos at the moment.
@@justynprycehow can you 'throw' neutral particles at them if they have no charge?
@@iRossco There are a few ways. You can use a radioactive source which has neutron radiation and only use a small angular cross sectrion of the emission. You can also use a beam of charged particles like alphas or protons to knock off neutrons in the direction you care about. Alternatively you can take the approach of having something heavy like tritium or deuterium where the effect of the electric charge will be smaller compared to the mass. Also, not neutrons, but if you have high enough energy charged lepton-antilepton collisions you can get tight beams of neutrinos!
Planck hold my beer😂😂
That explanation makes it a lot easier into truly understanding the size difference! Thanks :D
This was awesome!
Proton: I'm the smallest!
Electrons, neutrons, quarks, leptospirosis and gluons: Are you sure about that? 🤨
You know what I love the way you explain stuff man it's just so understanding love it 💗 btw I subed
Yes, but your are my biggest crush😊
But how big is an electron? 😝
What if it's THE electron?
You are the perfect example of how a teacher should be…thank you for sharing ❤
I knew that protons were extremely small, but this helped me comprehend it completely. It’s insane how small protons really are
Fast growing. Keep it up❤
Children would learn much more with Teachers with incredible enthusiasm like your. I know there are some out there
Fun thing about astronomical sizes, descriptions begin to stop working the bigger or smaller you go.
That’s why you had to make this comparison. There is no word for something the size of a particle because nothing is the size of a particle except the particle itself.
The graphics was solid and truly a full brainer! ❤
I was actually having a really rough day and have been overthinking and stressing a lot. But these videos helped me feel like everything’s okay lol. Thanks 😅
Man I love your enthusiasm and energy, I sure am gonna sub
Love ur explanation
So glad that I’m conscious to experience this
If I had a science teacher like her, I would have been early to class everyday!
Easy explanation and easy to understand really😊❤🙏🏻🔥💯
Fun fact : proton isn't really that small now, as we discovered length that would be a grain of salt infront of proton (which is assumed to be earth now)
This is probably the best description of the scale I’ve ever seen/heard.
And the quarks inside electrons, protons and neutrons are even smaller. These show that the universe is something called fractals, where it could get getting smaller for infinity.
Wow. Actually I wondered about this and finally can imagine the size of an atom or proton for the first time.
If I had to choose three UA-cam channels to follow, I would follow you, Neil de grasse Tyson, and my brother
Amazing! Wonderful! Very helpful. Learned so much!
First channel that I have subbed to in a whileeeee
Great analogy. Very educational and fun.
That was brilliantly done thank you
UA-cam knows that I’ll watch most of your videos, and I wasn’t even subscribed, until now.
Here is a more crazy size comparison, actually, there is a smallest hypothetical particle called planck particle, which is the size of a planck length, planck length is the exact same length that photon travels in a planck second which is the smallest unit of time, but you may say time is infinitely divisible, but when you think about one thing, that, what is time? Time is in which particles move or age right? So when a particle can move the least is planck length then how much will it travel in less than planck second? Nothing right? So its the smallest length, and you may think how small it is, look down, haha jk, here's the crazy comparison i talked about in the start:
The comparison is to a planck length to atom
If you take the earth as an size of atom, than that original size of photon will be the size compared to the atom (Planck Length)
One of the coolest things I’ve ever learned was that LIGO is so precise that when it detects gravitational waves, it’s equivalent to measuring 1/1000th the width of a proton
Wow! The best size comparison I've ever seen on this topic.
Best explanation ever 😊
Atoms are 99.99% free space. Yet the whole universe exists on them. Just crazy. This fact alone shows that matter is all about force fields and energies. We are just highly localised set of energies I guess.
What makes me smile is that atoms don't actually touch, it's the EM force and the fact at electrons cannot occupy the same space. Atoms should be renamed Pauli's repulsive balls.
Thank you, you keep this all so interesting
This is a great comparison, but it makes me feel like I have no idea how large the earth really is 😂
about one earth in size.
Shows you that no matter how small, EVERYTHING matters
The salt to rice ratio is about what I expected, but the school bus is where I was surprised.
This definitely deserves a like
And now imagine an electron is about 2000 times smaller than a proton 🤯
Understandable. Very well explained
She really explanains it in the easiest way possible 😊
Atoms are actually constructed of Quarks and preons (the smallest particles observable) which are made out of (the theory of) super strings, that are made of tiny vibrations and are 10^20 meter long
These size comparison actually helps to understand the distances, the Americans aren't stupid, they're smart cause if you say this bridge is 5 yellow school busses long, then you can take the length of the bus and multiply it by 5
I love her she's so fun to watch when stoned it's just positivity and the advance of the human race 😍
This is legitimately the best way of visualizing it
Hey, I think the size comparison is great, and I mean no disrespect when I say this, but strands of hair are not made of cells, the hair Follicles that make the hair grow from your head or made of cells, your hair is just collections of atoms, like cells, but they’re more related to an animate objects than they are us because there is No cells in our hair just Atoms. Keep up the great work!
I like how you showed the Quarks in the proton by using shadowed spheres
This is the video that earned my subscription
It's kind of like light waves. Like you said "As humans we experience such a tiny slice of the full scale of reality. But there's so much more!"