CONSIDERANDO EL ACOPLAMIENTO DE DOS CAMPOS DE NORMA ABELIANOS CON LA TORSIÓN SEUDOESCALAR, DEMONSTRAMOS QUE TRES DISTINTAS ONDAS GIRADAS Y POLARIZADAS PARECEN PROPAGARSE SOBRE DISTANCIAS COSMOLÓGICAS EN UN CAMPO DE TORSIÓN CON GRADIENTE CONSTANTE. TAMBIÉN PRETENDEMOS DEMONSTRAR QUE UNA DE ESTAS ONDAS TIENE UNA INTENSIDAD DOBLE CON RESPECTO A LAS OTRAS DOS, LO QUE NOS PROPORCIONA LA OPORTUNIDAD DE IDENTIFICAR DICHO ACOPLAMIENTO.AbstractBY CONSIDERING THE COUPLING OF TWO ABELIAN GAUGE FIELDS TO PSEUDOSCALAR TORSION WE DEMONSTRATE THAT THREE DIFFERENT ROTATED POLARIZED WAVES RESULT FOR PROPAGATION OVER COSMOLOGICAL DISTANCES IN A TORSION FIELD WITH CONSTANT GRADIENT. IT IS ALSO DEMONSTRATED THAT ONE OF THE WAVES IS TWICE AS INTENSE AS THE OTHER TWO PROVIDING US WITH A SIGNATURE TO IDENTIFY THE ABOVE COUPLING.BY CONSIDERING THE COUPLING OF TWO ABELIAN GAUGE FIELDS TO PSEUDOSCALAR TORSION WE DEMONSTRATE THAT THREE DIFFERENT ROTATED POLARIZED WAVES RESULT FOR PROPAGATION OVER COSMOLOGICAL DISTANCES IN A TORSION FIELD WITH CONSTANT GRADIENT. IT IS ALSO DEMONSTRATED THAT ONE OF THE WAVES IS TWICE AS INTENSE AS THE OTHER TWO PROVIDING US WITH A SIGNATURE TO IDENTIFY THE ABOVE COUPLING.