Simulación de audio basado en condiciones atmosféricas de algunos planetas del sistema solar

The present project demonstrates theoretically the sound variation in the frequency spectrum inside of the solar system planets’ atmosphere. Achieved due to the implementation and development of physics and chemistry equations, together withatmosphere data of each planet provided by the NASA institution (National Aeronautics and Space Administration). This methodology entails the return of values for the speed of sound and consequently to obtain frequency results. The implementation of a simulation code for this data, applicable to audio signals as inputs, is necessary in order to carry results from an objective plane to a subjective one. For that, a graphical user interface is created with the help of the MathWorks Corporation`s codification software, Matlab. The main objective of this interface is to provide an interaction between the user and the code, without the requirement to gather theoretical knowledge or about the code itself. In that way, it is able to listen to audios that reflect the behavior of sound inside each planet. Finally, to be able to obtain an objective and interpretative analysis that complement and validate each other, granting results that confirm the existence of sound variations among the planets.