/sci/ - Science & Math

>>15635199
>>15635208
It's the strongest diamagnet.
It's the weirdest semiconductor.
It's the weirdest thermistor.
It's a Type III super high temperature semisuperconductor.
Simultaneously.
But it really depends on who makes it and which part of the sample is observed.
Schrodinger's meta material.
And the best thing about it is that it's easy enough to make that the science priesthood doesn't have a monopoly on it.

This shit is going to be studied for a long time and lead to serious advances.

It's a 1 Dimensional superconductor and only exhibits magnetic field rejection when the magnetic flux is perpendicular to superconductor Pathways this explains why no matter how strong the diamagnetic effect is it won't lift its tail from the ground, it will lift itself upright until the ever increasing magnetic flux permeability caused by aligning it's superconductor Pathways results in enough dead weight it can no longer lift itself, resulting in a slant.

>>15630609
>>15630635
>>15631824
>>15632610
It's a 1 Dimensional superconductor and only exhibits magnetic field rejection when the magnetic flux is perpendicular to superconductor Pathways this explains why no matter how strong the diamagnetic effect is it won't lift its tail from the ground, it will lift itself upright until the ever increasing magnetic flux permeability caused by aligning it's superconductor Pathways results in enough dead weight it can no longer lift itself, resulting in a slant.

>>15632698
>>15632685
>>15632584
It's a 1 Dimensional superconductor and only exhibits magnetic field rejection when the magnetic flux is perpendicular to superconductor Pathways this explains why no matter how strong the diamagnetic effect is it won't lift its tail from the ground, it will lift itself upright until the ever increasing magnetic flux permeability caused by aligning it's superconductor Pathways results in enough dead weight it can no longer lift itself, resulting in a slant.

>>15632289
It's a 1 Dimensional superconductor and only exhibits magnetic field rejection when the magnetic flux is perpendicular to superconductor Pathways this explains why no matter how strong the diamagnetic effect is it won't lift its tail from the ground, it will lift itself upright until the ever increasing magnetic flux permeability caused by aligning it's superconductor Pathways results in enough dead weight it can no longer lift itself, resulting in a slant.