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This thesis is dedicated to study the thermodynamic properties of amagnetized neutral vector boson gas at any temperature, with the aim to provideequations of state that allow more general and precise descriptions ofastrophysical phenomena. The all temperature analytical expressions for thethermodynamic magnitudes, as well as their non relativistic limits, areobtained starting from the energy spectrum given by Proca's theory. With theseexpressions, and considering the system under astrophysical conditions(particle densities, temperatures and magnetic fields in the order of theestimated for Neutron Stars), we investigate the Bose Einstein condensation,the magnetic properties and the equations of state of the gas, making a specialemphasis on the influence of antiparticles and magnetic field. In all cases,the results are compared with their analogues in the low temperature and thenon relativistic limits. This allows us to establish the ranges of validity ofthese approximations and to achieve a better understanding of their effects onthe studied system.

Termodin\'amica de un gas magnetizado de bosones vectoriales neutros