How did researchers develop artificial leaves? What's the use?

Leaves shelter us from the heat of summer and provide us with oxygen to breathe. In the shade of green leaves, there are memories that we can't go back. Many scientists are studying leaves. So how did researchers develop artificial leaves? What's the use? The developed artificial blade inherits the characteristics of real blade and can be used as a device to absorb carbon dioxide. Let's analyze it.

First of all, we need to know about chlorophyll and other substances contained in leaves. Leaves with the ability to breathe and make oxygen can absorb the energy of sunlight and convert it into chemical energy. Scientists are studying how to make chloroplast-like substances in order to effectively use solar energy to purify and absorb carbon dioxide in the atmosphere. If the artificial leaves are successfully developed, it will be a great change. If there are artificial leaves, we can make oxygen and organic matter by water and carbon dioxide under the catalysis of sunlight, so we can make oxygen and organic matter under the catalysis of sunlight.

Of course, the artificial leaves developed by researchers are all made and expanded on the basis of chloroplasts. If one day we can master the mystery inside leaves and break through the bottleneck of making leaves on a large scale, the place where we humans set foot will be farther and farther. Maybe in the future, astronauts can use the carbon dioxide they breathe to make oxygen like umbrellas, so that they can stay in space or harsh environment for a long time.

If artificial blades are developed, it is believed that the greenhouse effect will gradually decrease and our space science and technology will usher in a new spring. Imagine the success of artificial blades in the future. Our human settlements on Mars can only live in the base by thin artificial leaves. If it can be installed in a large area, it may change the atmospheric composition of Mars, and it is likely to be transformed into a new Mars? Earth? .