据韩联社12月13日报道，韩国超传导低温学会验证委员会13日在线发布白皮书称，在综合考量原论文数据和国内外再现实验研究结果后认定，完全没有证据可以证明LK-99是常温常压超导体。验证委指出，此前公开的两篇LK-99相关论文中提出的电阻和磁化率测定值等数据均未达到常温常压超导体的标准。
此次研究结果再次印证了LK-99在常温常压下无法实现超导现象的事实，也意味着该材料在超导领域的研究前景十分有限。虽然LK-99在低温高压下表现出了超导特性，但其超导温度较低，而且对磁场和温度的影响较为敏感，因此不适合应用于高温超导材料领域。
值得注意的是，LK-99的研究价值不仅在于其超导性能，还在于其作为一种新型材料对于电子学和能源领域的研究潜力。然而，目前来看，LK-99似乎无法成为常温常压下超导材料领域的明星材料。
新闻翻译：
According to a report by the韩联社 on December 13th, the Verification Committee of the Korean Superconducting Low-Temperature Society released a white paper online, stating that after considering the original paper data and results of再现 experiments both domestically and internationally, it was determined that there is no evidence to prove that LK-99 is a high-temperature and high-pressure superconductor. The verification committee pointed out that the values of resistance and magnetic permeability proposed in the two previous papers related to LK-99 were not up to the standards of high-temperature and high-pressure superconductors.
This research result once again confirms that LK-99 cannot achieve superconductivity at room temperature and normal pressure, making it an unsuitable material for high-temperature superconducting materials. Although LK-99 exhibits superconducting properties at low temperatures and high pressures, its superconducting temperature is relatively low and highly sensitive to磁场 and temperature, making it unsuitable for applications in high-temperature superconducting materials.
However, it is worth noting that the research value of LK-99 lies not only in its superconducting properties but also in its potential for research in the fields of electronics and energy. Nonetheless, it seems unlikely that LK-99 will become a star material in the field of high-temperature and high-pressure superconducting materials.
新闻标题：韩媒发布LK-99超导体研究结果，认定完全没有证据证明其是常温常压超导体
关键词：韩媒，LK-99，超导体，证据，常温常压
新闻内容：
据韩联社12月13日报道，韩国超传导低温学会验证委员会13日在线发布白皮书称，在综合考量原论文数据和国内外再现实验研究结果后认定，完全没有证据可以证明LK-99是常温常压超导体。验证委指出，此前公开的两篇LK-99相关论文中提出的电阻和磁化率测定值等数据均未达到常温常压超导体的标准。
此次研究结果再次印证了LK-99在常温常压下无法实现超导现象的事实，也意味着该材料在超导领域的研究前景十分有限。虽然LK-99在低温高压下表现出了超导特性，但其超导温度较低，而且对磁场和温度的影响较为敏感，因此不适合应用于高温超导材料领域。
值得注意的是，LK-99的研究价值不仅在于其超导性能，还在于其作为一种新型材料对于电子学和能源领域的研究潜力。然而，目前来看，LK-99似乎无法成为常温常压下超导材料领域的明星材料。
新闻翻译：
According to a report by the韩联社 on December 13th, the Verification Committee of the Korean Superconducting Low-Temperature Society released a white paper online, stating that after considering the original paper data and results of再现 experiments both domestically and internationally, it was determined that there is no evidence to prove that LK-99 is a high-temperature and high-pressure superconductor. The verification committee pointed out that the values of resistance and magnetic permeability proposed in the two previous papers related to LK-99 were not up to the standards of high-tem
【来源】https://www.zhihu.com/question/634778861
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