Compilation of claims/reports of LK-99 replication efforts
11–20 of 303 posts
Re: Compilation of claims/reports of LK-99 replication efforts
#12[flagged]
Re: Compilation of claims/reports of LK-99 replication efforts
#13this video sent by one of the original authors to the NY Times is the most significant peace of evidence to me: https://vp.nyt.com/video/2023/08/03/110377_1_03superconducto...
Re: Compilation of claims/reports of LK-99 replication efforts
#14So basically is looking like mostly a no? The replications haven't been encouraging so far.
If someone can show both diamagnetism and prove that it is not a superconductor then that would be pretty discouraging.
Re: Compilation of claims/reports of LK-99 replication efforts
#15But can they replicate the experiment on a cold rainy night in Stoke?
Re: Compilation of claims/reports of LK-99 replication efforts
#16So basically is looking like mostly a no? The replications haven't been encouraging so far.
Hard to say. The samples that didn't achieve diamagnetism don't tell us much except that creating LK-99 is tricky, which is not a big deal. If someone can show both diamagnetism and prove that it is not a superconductor then that would be pretty discouraging.
Re: Compilation of claims/reports of LK-99 replication efforts
#17Re: Compilation of claims/reports of LK-99 replication efforts
#18this video sent by one of the original authors to the NY Times is the most significant peace of evidence to me: https://vp.nyt.com/video/2023/08/03/110377_1_03superconducto...
Couldn't this be explained by magnetism alone? How does it show superconductivity?
Re: Compilation of claims/reports of LK-99 replication efforts
#19this video sent by one of the original authors to the NY Times is the most significant peace of evidence to me: https://vp.nyt.com/video/2023/08/03/110377_1_03superconducto...
Re: Compilation of claims/reports of LK-99 replication efforts
#20this video sent by one of the original authors to the NY Times is the most significant peace of evidence to me: https://vp.nyt.com/video/2023/08/03/110377_1_03superconducto...
Couldn't this be explained by magnetism alone? How does it show superconductivity?
TL;DR: Normal magnets have two poles, and will try to flip themselves around to achieve a lower energy state. You cannot levitate a normal magnet on another magnet without mechanical stabilization. Superconducting materials actively repel all magnetic field lines and can achieve levitation without external stabilization.