Scientists confirmed the statements of South Korean colleagues. The Chinese researchers even released a video justifying their findings and showing the results.

What is all this about?

superconductors, various compounds exhibiting superconducting properties. This requires special conditions, such as extremely low temperatures and high pressures, which often result in zero electrical resistance. Superconductors are extremely important to quantum computers, and achieving room temperature superconductivity is a major technological breakthrough as it allows these technologies to be used in consumer electronics, hovercraft, electric motors, MRI machines, and fusion reactors.

The importance of this breakthrough aroused the interest of the world scientific community. Only recently, scientists have published a study describing the behavior of the material in detail. LK-99, modified lead apatite. The researchers claim that a slight structural anomaly gives the material superconducting properties. approx. 30°C temperature along with other signs of superconductivity. However, this statement needed to be verified.

seems right

Preliminary evidence soon began to emerge, one of which was Sinead Griffin, a scientist at the US Department of Energy’s Lawrence Berkeley National Laboratory. The results of Griffin’s experiments with the LK-99 match those of his colleagues from South Korea. It also gave insight into why only certain parts of the material have superconducting properties and suggested potential ways to solve this problem in the future, she said.

Additionally, a research team from Guazhong University of Science and Technology has successfully recreated the LK-99’s manufacturing process and provided a video as proof. The video shows the Meissner effect, a phenomenon of levitation in a magnetic field that serves as irrefutable proof of the material’s superconducting properties.

However, the final decision on achieving high-temperature superconductivity is still pending as it awaits approval from reputable scientific institutions. As the scientific community eagerly awaits further validation, the potential for breakthrough in various fields hangs in the balance.