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ElaKiri Talk!
Sri Lankan physicist who found room temp superconductor
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<blockquote data-quote="imhotep" data-source="post: 28727757" data-attributes="member: 562115"><p>On March 15th, Haihu Wen’s team submitted a 16-page research paper authored by nine different experts. But the experiment <strong>was not completely reproduced</strong>. Haihu Wen found that the sample preparation scheme given by Dias was almost infeasible, so they combined their own conditions and synthesized it in a new way and obtained lutetium, nitrogen and hydrogen materials. The X-ray diffractometer examination showed that the structure of the material was almost the same as that of the Dias sample, and nitrogen was also found by energy dispersive X-ray spectrometer analysis.</p><p></p><p>Haihu Wen’s team measured the resistance of the material at different pressures below 60,000 atmospheres, and found that no superconductivity occurred as low as 10K. At the same time, they also made careful magnetization measurements and found that there was no diamagnetic signal needed for superconductivity.</p><p></p><p>The verdict is still open.... but it seems that Dias might end up with a Super-Mess instead of Super-Conductivity. Nobody knows. <img src="/styles/default/xenforo/smilies/default/oo.gif" class="smilie" loading="lazy" alt=":oo:" title="Oo :oo:" data-shortname=":oo:" /></p></blockquote><p></p>
[QUOTE="imhotep, post: 28727757, member: 562115"] On March 15th, Haihu Wen’s team submitted a 16-page research paper authored by nine different experts. But the experiment [B]was not completely reproduced[/B]. Haihu Wen found that the sample preparation scheme given by Dias was almost infeasible, so they combined their own conditions and synthesized it in a new way and obtained lutetium, nitrogen and hydrogen materials. The X-ray diffractometer examination showed that the structure of the material was almost the same as that of the Dias sample, and nitrogen was also found by energy dispersive X-ray spectrometer analysis. Haihu Wen’s team measured the resistance of the material at different pressures below 60,000 atmospheres, and found that no superconductivity occurred as low as 10K. At the same time, they also made careful magnetization measurements and found that there was no diamagnetic signal needed for superconductivity. The verdict is still open.... but it seems that Dias might end up with a Super-Mess instead of Super-Conductivity. Nobody knows. :oo: [/QUOTE]
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