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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

China
United-states
Guangdong
Jilin
United-kingdom
Shufeng
Zhejiang
Maryland
Changsha
Hunan
Beijing
Huazhong

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).

Japan
China
Russia
Russian
Hongyang-wang
Yao
Electron-paramagnetic-resonance
Superconducting-quantum-interference-device

China's middle class does not 'dare to spend' until post-Covid economy shows clear signs of recovery

Lifting consumer sentiment would require the creation of a ‘positive cycle’ in the economy as a whole, analysts and experts point out.

China
Shanghai
Shenzhen
Guangdong
Wang-wei
Anhui
Renmin
Liaoning
Beijing
Xu-tianchen
Daniel-zipser
Yao

Chinese Experiments Show Near Room Temperature Superconducting Evidence for LK99

South China University of Technology and Central South University published a paper confirming the discovery of a near-room-temperature superconducting

Chenao
Zhejiang
China
Xianfeng-qiao
Hebei
Jicheng-liu
Winson-tang
Dongge-ma
Weijie-huang
Tianyong-luo
Brian-wang
Guanhua-chen

The Engineer - Ultrasound hardens sono-ink to create biocompatible 3D shapes

Engineers have made a biocompatible sono-ink that solidifies into different 3D shapes and structures by absorbing ultrasound waves, a development that could advance minimally invasive medicine.

Junjie-yao
Duke-university
Harvard-medical-school
Biocompatible-sono-ink
Ultrasound
Harvard
Duke
Soundwaves
Dvap
Zhang
Yao

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