Physics has been building bigger machines & looking for smaller particles for half a century. The discoveries have been real but the returns are diminishing & the next predicted pieces keep not showing up. Something may need to shift.
Quietly & in parallel, another revolution has been underway. Photonics. Light replacing electrons in computing, in communications, in sensing. Not because it's a neat trick but because light is fundamentally better at being the universe than matter is. We are all, perhaps without fully realising it, being pulled toward a photonics era.
Phen Theory proposes that this pull has a reason. That light is not just a useful tool but the actual structural foundation of everything, including matter itself. That the electron is a photon in a loop. That mass & matter is light under compression. That the universe is not made of things light passes through but of light itself, folded & tensioned into the appearance of things.
This may be wrong in its details. It is almost certainly incomplete. But if it points in a direction worth exploring, if it makes even one physicist stop & ask whether a bottom up approach might unlock something the top down one has been missing, then it has done its job.
We may be standing at the beginning of a photonics era.
The question is whether we are ready to look at light not as something the universe produces, but as something the universe is.
The structure we seek could simply require looking at the assembly diagrams instead of making bigger hammers, as the real room design might even be built without a single bang using only light planks that don't need nails, maybe just some string & a few knots
The 3 simple thought experiments that revealed the basic structure of the PT model.
Then maybe have a look at the Symmetric Ternary system that forms the logic for all of the components of PT before exploring the rest of the Phen Theory Model
& if you love numbers & were wondering what Dark Matter & Dark energy are as well as their cosmological ratios, then you'll definitely want to check out that page
A notation & terminology reference can be found at the bottom of every page.