Do Photons have Wavelength?

According to conventional physics, photons have wavelength even though they are particles.

Planck's constant establishes a relationship between wavelength and energy. Whenever light is described mathematically, frequency and wavelength comes into the equations.

However, no one has ever measured the wavelength of light directly.

The idea that light has wavelength derives form the fact that light appears to have self interfering properties. Such properties are typical for waves. Measurements of the supposed self interfering properties of light is what has yielded the abundance of equations with wavelength and frequencies in them.

However, as I pointed out in my blog posts on the single slit and double slit experiments, there is no self interference going on. What is seen, is not photons interfering with themselves, but photons interfering with the standing wave of low energy photons that make up Morton Spears' ether.

The measured wavelengths are not measurements of the photons themselves, but a measure of the relative size between the photons and the standing wave. Energy of photons are not carried as vibration, but as size.

The equations with wavelength and frequency in them are correct, only because they reflect correctly on the relative and absolute energy of photons.