Clouds play a crucial role in the climate system of Earth and the climate change, by directly influencing the environmental temperature and the radiative energy balance of the planet. However, they are still considered as a major source of uncertainty in current climate models due to their complex characteristics, influenced by physical processes spanning from sub-meter to tens of kilometer in scales, making them difficult to study with both mathematical models and in-situ and laboratory measurements. Recently, several studies have underscored the important role of turbulence in cloud formation processes, enhancing the growth of water droplets within warm clouds. The development of new models and the advancing of computational capabilities paved the way for new methods of sounding atmosphere to validate those models.