Quantum study of hydrogen stored under high pressure in a spherical cavity

This article examines the hydrogen storage phenomenon in a spherical cavity. The hydrogen gas or liquid is subjected to high pressures, leading to significant loss of mass of hydrogen, and requires materials that can withstand these high pressures and also minimize losses. For all these reasons, the problem is considered at the quantum scale. So in quantum mechanics it studies the theory of wave's functions corresponding to the hydrogen, and also, the correct expressions development of the radial functions and the spherical harmonics, and then the graphic applications that gives a spatial representation of each function with a program informatics.