The concept of light waves having no frequency is not consistent with our current understanding of physics. In the electromagnetic spectrum, which includes light waves, frequency is a fundamental property that defines the nature of the wave. Frequency refers to the number of wave cycles (oscillations) that occur per unit of time.
Frequency is directly related to other properties of light waves, such as wavelength and energy. The frequency of a light wave determines its color or the position of its electromagnetic radiation on the spectrum. Different frequencies of light waves correspond to different colors, ranging from low-frequency waves like radio waves, to higher-frequency waves like visible light, and even higher-frequency waves like X-rays and gamma rays.
If we were to imagine light waves with no frequency, it would imply that the waves are not oscillating or changing over time. In that case, they would cease to be light waves altogether and would not exhibit the characteristics we typically associate with light, such as propagation, reflection, refraction, or interference. In essence, light waves without frequency would not exist as we understand them, and it would challenge the fundamental principles of electromagnetism and wave theory.
Therefore, the concept of light waves without frequency is not compatible with our current scientific understanding of light and electromagnetic waves.