They created a metal 200,000 times thinner than a hair: what will it be used for?

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Chinese scientists surprised the world with a key innovation to be applied in low-power technology and electronics. They created a metal 200,000 times thinner than a hair.

The Chinese Academy of Sciences shared the study on two-dimensional metals that is already making an impact worldwide.

Experts from the Asian country managed to synthesize these 2D metals with a thickness 200,000 times smaller than a hair.

They created a metal thinner than a hair: the research

These two-dimensional metals have a thickness of less than a nanometer and approach the angstrom limit, a unit of measurement equivalent to one-tenth of a nanometer and used to measure atomic-scale structures.

The study was published in the Nature journal. It was carried out by the Institute of Physics of the Chinese Academy of Sciences and is important due to its potential applications in electronics and optoelectronics.

The team used an innovative method called van der Waals compression, which allowed them to stabilize ultra-thin layers of bismuth, tin, lead, indium, and gallium between monolayers of molybdenum disulfide (MoS2). This prevents their degradation by chemical reactions with the environment.

Chinese innovation.
Chinese innovation. (Photo: Pixabay).

These two-dimensional metals exhibit emerging physical properties, including higher electrical conductivity than their three-dimensional counterparts and a new mode of phononic vibration.

“The thickness of these 2D metals is only one millionth of an A4 paper sheet and one 200,000th of the diameter of a human hair,” explained Zhang Guangyu to Xinhua, a member of the research team.

Thus, if a 3-meter metal cube were compressed into a single atomic layer, it could cover the entire surface of Beijing.

The discovery significantly expands the field of 2D materials, previously dominated by compounds such as graphene.

The researchers highlight its potential for applications in low-power microtransistors, transparent displays, ultra-sensitive sensors, and high-frequency devices.

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