Entanglement is Just Reflection

The previous unit blasted away Einstein’s photoelectric effect and quantization in order to separate the wave and particle nature of the Radiant Layer.

• Light stays as waves
• Electrons stay as particles
• UV light is able to push electrons because they have the same high frequency

Einstein’s error leads to the wave-particle duality confusion of Physics, and is best seen in entangled photons.

It shows photons emitted through slits as exhibiting a wave pattern even if the Einstein theory expects it to be a non-wave pattern.

But in Cartesian Physics and Material Superphysics, the wave pattern is totally consistent with light being a wave.

Instead of any entanglement, the real mechanism behind the double slit and quantum eraser experiments are reflection.

A prism splits light into separate beams that are components of each other.

• These components make up the total light beam.

A double slit also does the same thing, but also blocks some parts.

• The blocked parts show as the dark areas in the interference pattern.

This is why quantum eraser experiments show that the interference pattern is not a result of a particle ‘choosing’ a path, but rather shows the components that make up the light beam.

• This is similar to a rainbow showing the components of white light passing through water dropets
• The main different is that a rainbow show bending (refraction) instead of bouncing (reflection)

Entanglement is associated with the seeming particle nature of light because particles cannot bend except in lensing and orbits.