Scientists achieve an incredible penetration that can transform future technology: “technique of the next generation”

Have your phone died in the worst possible moment? Perhaps in the middle of mobility in a new city or before this important enlargement invitation. We were all there. Frankly, it is annoying.

But what if the batteries last so long that anxiety about them has become something of the past?

This is the type of future scientists in South Korea. According to a report published on Xplore Technology By the National Council for Research for Science and Technology, researchers at the Korea Institute of Research of Chemical Technology (KRICT) found an amazing simple way to make solid state batteries up to seven times.

They used Mylbdenum Disulfide – MOS₂, if you want to convince your friends – a metal you will usually find in lubricating oils, not to run your life.

It seems very good to be correct. But this is why it matters.

Traditional ion lithium batteries have a danger. They depend on liquid electrolytes that can rise or even burn. Solid state batteries replace these fluids with solid materials, which are safer and give them better energy density. Then there are anudic solid condition batteries. They are like excessive in the battery world. They completely get rid of the anode, allowing smaller and more powerful designs. Unfortunately, it was not reliable enough to use in the real world.

It may change that. Instead of using expensive metals to install these batteries, the Kric battery components with MOS₂ films are thin. During charging, it interacts with lithium to create a strong protective layer that stops the formation of the branches, which is small mutations that can destroy the battery from the inside out.

In laboratory tests, these coated batteries ran more than 300 hours before failure. Regular batteries continued without paint only about 95 hours. This is more than three times the age. The researchers also witnessed a 18 % boost in the amount of energy that the battery can keep, with the power remaining even after 20 shipping rides.

“This is a technique of the next generation of the next generation that can accelerate the marketing of the solid state batteries across various requests,” said the president of Krict Young-Kuk Lee at the Tech Xplore article.

Think more safe Electric cars This driving is farther without recharge, or more solar energy storage homes to reduce monthly bills. It is the type of innovation that can extend during daily life without most people notice – except when their devices continue to work for a longer period than expected. this guide To install solar panels it can help you start.

The extension of the battery life and their ability to store energy from sustainable sources will also help reduce pollution, which leads to high global temperatures.

Of course, this is not something we will see on the shelves of stores tomorrow. The research team believes that it can become a reality by 2032. However, this is not too far. Especially for a future where anxiety about your battery life feels a long time like carrying additional phone chargers in a state.

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