Think of the Phenom being like a knot in a light rope. Pull harder on each end of the rope & the knot tightens. Phress measures how tight that knot is. When light starts to accumulate Phress, the knots become so dense that we see them not just as rope but as new seperate "stuff", light energy concentrated into confined point like structures (matter).
But remember a Phenom, just like a knot is not seperate from the rope it's made from. And if you release the tension on the knot its Phress decreases. But because all the light ropes are connected in a massive net, pulling or releasing rope or increasing or decreasing tension means that action will transfer to other regions of the net & decrease or increse Phress in those regions
Phress (工) is a reading of the current tension state (or internal resistance to external tension) of a Phenom, like a pressure gauge on a tyre. It tells you how much projection (photon light energy) is being held under tension right now, in this Phlash cycle.
Think of a Phenom as a junction point in a living mesh. Philter Phibres pull the phenom from multiple directions. Each one carries tension. The more Phibres pulling, the higher the Phress reading (the higher the internal resistance). The formula is simply M = n工, mass equals the number of active units of trapped projection.
But the mesh is never still. The Phenomena wobbles constantly, membranes pushing & pulling at every vertex. Phress rises & falls. Phurlons shorten when Phress accumulates & lengthen when it releases. What we call gravity is just the name we gave to watching those Phurlons shorten.
In standard physics mass is treated like something an object inherently possesses, like colour or shape. A proton 'has' mass the way a ball 'has' roundness. It's baked in. But in Phen Theory mass isn't intrinsic to anything. It's what's happening at a vertex at a given moment depending on how many Phibres are pulling & how much tension is present. Change the tension & the mass changes with it. It's situational, not permanent.
Mass is not a property a thing has. It is a condition a junction is in.
Phress is the amount of tension resistance inside a Phenom. A unit rooted in the actual structural cause of mass itself & is its own unit of measurement. You don't say 'its mass is 5 kilograms.' You say 'its Phress is 5 or 5工.' No conversion, no abstraction layer. The structure measuring itself in its own terms.
& Why It Simplifies
For a long time, E = mc² looked like a statement about two different things, energy over here, mass over there, connected by this enormous mysterious number. What is c²? It's the speed of light multiplied by itself, roughly 90 quadrillion if you're counting in metres & seconds. A number so large it seems to be doing something dramatic. & it is, but not what most people think.
c² is a conversion factor. Nothing more. It exists because when Einstein wrote his equation, energy was measured in joules & mass was measured in kilograms. Two completely separate human measurement systems that evolved independently, one from heating water, one from a lump of metal in Paris. They have nothing to do with each other fundamentally. c² is the exchange rate between two foreign currencies that were always secretly the same currency.
Think of it like a farmer who figured out that energy & mass are related, but could only measure energy in oranges & mass in buckets. His equation would need an oranges-per-bucket conversion factor. That factor isn't a universal truth. It's an artefact of human measurement, not of reality itself.
In Phen Theory there is only one substance. Phlux ξ (Phen's projection of pure energy). Free Phlux is projected as a photon ⚟. Trapped Phlux is Phress 工. You are never converting between two things. You are describing two states of the same thing. So the conversion factor isn't needed & it collapses to 1.
Einstein: E = mc²
Becomes: ξ = 工 × 1
Funky Completes: ξ = 工
Because in reality: 1 = 1
Phen Theory doesn't replace Einstein's equation. It completes it. It shows why energy & mass are interchangeable by showing they were never two things in the first place.
"Einstein arrived here from the top down, working from observation & measurement toward the underlying truth. I arrived from the bottom up, starting from the quantum scale structure itself. We came from opposite directions & ended up holding the same thing."