LK dash 99 by sulfonilklorida

For
The first time in the world
We succeeded
In synthesizing the room-temperature superconductor (Tc≥400 K, 127∘C)
Working at ambient pressure
With a modified lead-apatite (LK-99) structure

The superconductivity
Of LK-99 is proved
With the critical temperature (Tc), zero-resistivity
Critical current (Ic), critical magnetic field (Hc)
Oh yeah!!
And the meissner effect!
Critical magnetic field!
And the meissner effect!

LK.. dash nine-nine
Would change the world if it's real this time
LK.. dash nine-nine
Past and future divide in line

Oh LK99
nananana~
LK99
nananana na~

The
Heat capacity
Results indicated that
The new model is suitable for explaining the superconductivity
Of LK-99!!!
The unique structure
Of LK-99 that allows the minute
Distorted-structure
To-be-maintained
In-the-interfaces
Is the most important factor that LK-99 maintains
And exhibits superconductivity
At room temperatures
And ambient pressure
Oh yeah

The
Superconductivity
Of LK-99
Originates from minute structural distortion by
A slight volume shrinkage!! (0.48 %)
And not external factors!!
Such as temperature and pressure

Oh no~

No no no~

Cause the shrinkage is caused
By the copper (Cu2+) substitution of lead (Pb2+(2))
Ions
In the insulating network of lead (Pb(2))
Phosphate
And it generates the stress
It concurrently transfers to lead (Pb(1))
Of the
Cylindrical column
Resulting in distortion of
The cylindrical column interface

Which creates~

Superconducting quantum wells !! (SQWs)
In the interface!!

Yeah-yeah-yeah!!
In the interface!!

SUPERCONDUCTING QUANTUM WELLS!!!

In the interface~
In the interface~
Interface~

LK.. dash nine-nine..
Would change the world if it's real this time
LK.. dash nine-nine..
Past and future divide in line

Oh LK99
nananana
LK99
nananana na

LK.. dash 99..
Would change the world if it's real this time
LK.. dash 99..
Past and future divide in line

Oh LK99
LK99
nananana na~
LK99

nine!

LK99~

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Rearranged from "Jonathan Mann - LK-99" - Creative Commons Attribution license - https://www.youtube.com/watch?v=DKA7QU_oxAI

Lyrics : Abstract of S. Lee, J.-H. Kim, and Y.-W. Kwon, "The First Room-Temperature Ambient-Pressure Superconductor," arXiv preprint arXiv:2307.12008, Jul. 2023. https://arxiv.org/abs/2307.12008