Looking for space simulation templates? Sign up for SimScale and join the largest engineering simulation community in the world! | Page 1

Projekt 
E=mc³ Satelita 6 camer 360 ° + 6 satelite observation make together 2160° together 36 cameras for tottal view

a real image video of outer space keeping the 6 directions of the world as light as north, south, east and west, up and down.


hi can you help mi doing prototyp for help the world I give już Subject: 1satellite: 6x60°=360°
6 satellites x 360° = 2160° image for real, accurate planetary observation as well as space observation We would need a view from above of a mountain range similar to Mount Everest to counter such a powerful cloud force. Graphics are one thing, but physically it also has to be real. Such a tornado seems to have the right properties.

### Imperfections of the Fujita Scale

The Fujita scale is inaccurate. For me this scale is insufficient because measurements of clouds in the atmosphere are inaccurate. They cannot determine the weight or exact path of the clouds due to inaccurate calculations based on the theory of relativity E=mc². It's like taking a photo of clouds from space from above - you know their size, but you don't know their state of matter or aging processes because the satellite takes flat photos.

### A Modern Approach to Cloud Observation

The only solution to this problem is to create a telescope with six cameras placed on six sides, creating a 360° image. Only in this case we are able to calculate the weight of the clouds using the E=mc³ theory. Space simply needs to be explored and clouds assessed in three dimensions.

### Modern Satellite Proposal

To accurately monitor clouds and their potential impact on climate, I plan to create a modern satellite with an innovative design. This satellite would have the shape of a cube made of six pyramids connected by bases. Each pyramid would be equipped with advanced cameras capable of creating three-dimensional images of clouds.

space one day is my dreams elon musk is my hero/role model

Testing to see if Lunarcrete domes can support itself without pillars.

Simulation of Max Q for F9 Rocket model. Project for University

space | SimScale Project Library | Page 1