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Room Temperature Superconductor Evidence Coming in March - Vimarsana News

Room Temperature Superconductor Evidence Coming in March

The main researchers working on LK99-like room temperature and room pressure superconductors are in China and South Korea. There have been reports that the

Berkeley Supercomputer Modeling and Chinese Experimental Research Says LK99 Variant Superconductors are BACK! - Vimarsana News

Berkeley Supercomputer Modeling and Chinese Experimental Research Says LK99 Variant Superconductors are BACK!

Sinéad Griffin, a theoretical physicist at the Lawrence Berkeley National Laboratory, and other experimentalists at Lawrence Berkeley National Lab have

Possible Meissner Effect Near Room Temperature in Copper-substituted Lead Apatite - LK99 China Experiment - Vimarsana News

Possible Meissner Effect Near Room Temperature in Copper-substituted Lead Apatite - LK99 China Experiment

With copper-substituted lead apatite below room temperature, Chinese researchers observe diamagnetic dc magnetization under magnetic field of 25 Oe with

LK99 Superconductor Science Is Back From Premature Burial With Promising Experimental Results - Vimarsana News

LK99 Superconductor Science Is Back From Premature Burial With Promising Experimental Results

LK99 is the material that South Korean researchers claimed in early 2023 was a room temperature superconductor. The South Korean Researcher will be reporting

New research reignites the possibility of LK-99 superconductivity at room temperature — controversial material demonstrates the tell-tale Meissner Effect up to 250 K - Vimarsana News

New research reignites the possibility of LK-99 superconductivity at room temperature — controversial material demonstrates the tell-tale Meissner Effect up to 250 K

A joint paper between Chinese and Japanese universities on LK-99 and published to the pre-print research server Arxiv seems to provide more smoke to the LK-99 superconductivity saga. The teams managed to replicate each others' results in synthesizing copper-substituted lead apatite that showcased the Meissner effect (negating an externally applied magnetic field) due to superconductive hysteresis loops emerging at temperatures of 100 K (-173.15 ºC), 200 K (-73.15 ºC), and 250 K (-23.15 ºC) and possibly 300 K (26 ºC).