Photoelectric effect: Magnetic force should increase with increase in frequency of EM waves

Asymmetric electric force exerted due to the electric field in the light wave is studied and found to responsible for photoelectric effect. The study implies that the ejected photoelectrons are always in the plane of electric field in the light wave. It further suggests that the asymmetric electric force, expressed in terms of field-field interaction seems to be the actual magnetic force, therefore, the magnetic force in EM waves should be frequency dependent. As frequency increases, the magnetic force exerted by EM waves increases which may be verified experimentally. It further suggests that the electric field and magnetic field in EM waves are not in phase. They should have phase difference of 90 degrees.