For smart phones or other electronic products, even emerging VR devices and wearable devices, etc., the technological innovation is undoubtedly very important. In addition to this one more superior performance, there is a very important point, that is, some hardware improvements. Of course, the battery is one of the key links.

And this is especially important for today's electronics. After all, the battery life has even become one of the major manufacturers Competition focus, but also test the performance of smartphones is now an important and mandatory indicators. In addition to improving the battery capacity, it is also a good idea to make charging easier.

As a result, many people think of a technology that has been around for a long time - solar energy. That's right, the technology has been used in many areas, but since it usually takes up a significant portion of its volume, it is hard to apply to smartphones. But now, a new technology developed by MIT or will be able to achieve this in the near future.

MIT's R & D team said: This is the lightest, thinnest solar cells. What kind of light? It can even be put on a soap bubble! And will not be broken soap bubbles. One of the keys to building such a battery is finding one step to build the substrate that holds the solar panels and the battery's shield. In this process, it must be in one step in a vacuum environment.

The current solar cell is also flawed, that is, its efficiency is relatively low. But for the moment, its light weight and small size can still make up for this deficiency to a certain extent, and researchers will continue to improve it in the future.

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