Hypotheses: Neither a photon nor an electron is truly a particle.

I would like to do experiments based on the following 2 hypotheses. 

Hypothesis 1:

A photon is NOT a particle.  Albeit a photon acts entirely like a particle when bouncing off an electron, in reality it is merely the dark energy that forms the quark moving in a specific wave interacting with the dark energy "folded" within the electron that causes it to bounce away.  This in no way negates the effect of the two slit experiment, except for the fact that the photon was never truly a particle to begin with, merely a direction of energy; but changes the understanding of the effects of Compton Scattering.  

Given:  The empty space of a quark is composed primarily of dark energy.

Hypothesis 2: 

An electron is not truly a particle:  It is a 'magnetospheric' effect around the quarks composing a proton and a neutron, and a moving radical electron is, in reality, dark energy in motion as a wave... hence the inability to capture its current location, (a phenomenon which in part led to the theory of quantum physics.)