Manhwa, which ferromagnetic explained easily

(1)Cartoon interpreting LK-99 ingot samples
(2)A cartoon that interprets samples from the Middle and South universities
(3)as always
(4)the most intuitive interpretation
(5)The LK-99 sample, which has now been revealed, exists in three forms
(6)Ingottingot Ppusum
(7)Maximum impurities!More impurities Less impurities
(8)The type of impurity here is
(9)This is what you can guess from the magnetic field
(10)of no matter whatsoever
(11)This is the intuitive explanation of this magnetism
(12)be unselfish
(13)If you put a magnet on it
(14)have strong magnetic properties
(15)Even if I take off the magnet
(16)Maintain magnetism for a long time
(17)be unselfishIf you put a magnet on it
(18)have weak magnetic properties
(19)If you take off the magnet
(20)The magnetism will soon disappear
(21)You have to use a magnet
(22)It’s about to fall

(1)All superconductors, no, no
(2)In addition to this, there are conductors, nonconductors, semiconductor materials
(3)This whole mess is all mixed up, and it’s basically LK-99
(4)an internal opening
(5)So why does this happen
(6)brought about the structure of lead ash
(7)If you look closely, you can see the repeated hexagonal structure
(8)Among hexagonal structures composed of these lead atoms
(9)Let’s look at the outer structure in green
(10)Of the six atoms outside, exactly
(11)One atom in a particular position must be converted to copper
(12)The rock that rolled over
(13)I’m taking out the embedded stones out
(14)It has to be like this
(15)No one knows the exact reason

(1)If the copper atom goes into another place or more copper atoms come in
(2)If you don’t come in, your physical properties change
(3)To go somewhere else
(4)More people will come in
(5)the number of cases
(6)If you don’t come in at all
(7)Quite simply, there’s a 131 chance that a superconductive substance will come out versus a non-conductive one
(8)I can’t believe I’m 32 years old
(9)It’s Gacha! It’s a blessing!
(10)And we need to line this up
(11)Then to the side where the copper atom is formed
(12)The electronic highway is pierced and superconducting
(13)an electronic highway
(14)As you can see, the shape connected is a lineSo it’s a one-dimensional superconductor
(15)I don’t know how long it’s going to stay together
(16)I don’t know. I don’t know how many people are together
(17)↓It could be like this if it’s too much;;
(18)LK-99 Ingot Sample Hair Thickness
(19)One-dimensional superconductor position
(20)Even if there’s a real superconductor inside
(21)It’s almost impossible to separate them
(22)be near impossible to measure
(23)That there is
(24)Because I can’t prove it
(25)It’s a composite magnetic material
(26)have no choice but to call

(1)That’s why I’m asking you to reveal the sample
(2)Currently, the highest purity sample is
(3)It’s a sample of Quantum Energy’s thin film
(4)Other researchers’ samples Quantum energy thin film samples
(5)There is a new sample from China this time
(6)This is an ingot sample certified by a researcher at Chungcheongnam-do National University, Jungnan University, while even sending live broadcasts
(7)It’s as big as this
(8)The reason why this sample is important is because of the rotation of the magnet
(9)He’s still in position regardless of whether he’s
(10)Because it’s supposed to be floating
(11)Monitor screen associated with microscope
(12)Thin ingot sample
(13)Of course, the red circle is
(14)It’s supposed to be very thin
(15)Compared to the two samples made by Professor Awana of India, the contact area is clearly different
(16)Professor Awana’s sample is not a mole
(17)It stands face to face and can be explained by the Ottogi effect
(18)Chinese samples are physically more strange
(19)I mean, the situation
(20)standing somewhere
(21)Don’t talk to me
(22)You have to concentrate
(23)Like it’s stuck because of diffraction of light
(24)visible but clearly floating

(1)I’m talking about diffraction of the diffraction of light
(2)The diffraction of light means that the light that hits an object
(3)It’s a phenomenon that spreads like a wave at the edge
(4)If you don’t know this, it’s not art
(5)So if the diffraction of light happened
(6)That part is the edge of the object
(7)It doesn’t look like it’s floating because of diffraction, but it’s proof that the diffraction itself is floating
(8)Anyway, other than the superconductor
(9)If I can’t explain it
(10)The perfect combination of ferromagnetic and antimagnetic can float like that
(11)Ferromagnetic force is very, very strong. Semitic force is slightly stronger
(12)The point here is that eventually the ferromagnet must be very, very strong, and most of the force must be present only at the bottom
(13)wider than this
(14)If it had spread, it would have tilted
(15)The problem is, if this happens
(16)No matter how strong the magnetism is, it’s so unstable
(17)I wonder if I can withstand rotational inertia
(18)I’ll count more
(19)So I thought I had a superconductor inside
(20)I think it has a high proportion

(1)But it’s superconducting in the mid-range
(2)We only measure the particlesI don’t know what to choose
(3)I don’t think it’s possible
(4)Don’t expect a zero resistance measurement
(5)So as much as I can
(6)with a different magnetic material
(7)It’s an inexplicable behavior
(8)We need to prove it
(9)But this is a deep fight between science majors
(10)Can a picture-dol like me understand
(11)So let’s applaud the researchers who are trying to find out the truth today and see what happens!
(12)I don’t say anything
(13)I’m not doing it
(14)They’re excited amongst themselves