What important information do scientists get in the weightless laboratory and what are the benefits for future weather control?

Scientists are very interested in studying the physical process of clouds in the new laboratory for the first time in the future without gravity interference. There is an unsupported suspension microscope in the new laboratory, and cloud physics scientists will be able to determine the characteristics of cloud droplets and other elements with the microscope. Such as temperature, ice crystal formation and charge formation. Freezing, melting, collision, charging, temperature change and other processes can be observed and photographed repeatedly for a long time as needed. Without the influence of gravity, researchers can study the formation process of clouds more realistically than those on the ground. This will help to explain the still unknown mechanism of cloud formation. When human beings have mastered this knowledge, they can know how foreign substances change the natural process of cloud formation after entering the clouds. If these experiments are successful, it is predicted that the storm will be controlled in 2 1 century. Because people can use remote sensing technology to determine what kind of clouds are suitable for sowing and prevent clouds that may cause storms from forming. Even people can rain as needed, or drop raindrops in areas where the amount of water can be controlled. The experiments in the cloud physics laboratory were carried out in the third flight of the space laboratory and many subsequent flights. Marshall Space Center will be responsible for preparation, launch and all related activities after launch.