Two Types Of Electrons

 Then again, there might be a new type of energy that can be drawn from the time dimension,

denoted here as $t_m$.  It is magnetism or magnetic energy that establish a magnetic field; drives the magnetic field lines.

In which case, we have two types of electrons, both almost massless because of missing or oscillating $t_g$.  An oscillating field can be subjected to a similar field and displays a bias that is observed as a small mass/inertia.  Without $t_g$, massless, would mean a wave; a pure wave.

This might destroy wave-particle duality.  Wave and particles are separate entity with the similar field properties.

And there's a lot more types of particles.

If $t_c$ is also oscillating then there are two wave/particle superimposed in a orthogonal direction.  And this beast,

$\cfrac{\partial^2\psi}{\partial\,t^2_c}=ic\cfrac{\partial^2\psi}{\partial\,x\partial\,t_c}$

 is sleeping with,

$i\cfrac{\partial^2\psi}{\partial\,t^2_m}=-c\cfrac{\partial^2\psi}{\partial\,x\partial\,t_m}$

in an orthogonal manner, $i*i=-1$.

Four types of energy (Platonic Solids) can be drawn from the time dimension, (a believe, not science) in  different combinations of a wave creates different particles.  Particle may superimpose orthogonally and manifest as different distinctive particles with different (superimposed) properties.

Those with $t_g$, gravitational energy are particles with mass, those with oscillating $t_g$ display small mass under gravitational field.  The rest (absolutely no $t_g$) are photons for the time being.

Good night.