E = mc² Reinterpreted — not a new theory, but a disciplined ontological framework.
This piece does not modify SR, QFT, or the Standard Model.
Instead, it introduces a clean separation of three layers:
Operational physics (unchanged)
Phenomenological constraints (thermo + information theory)
Ontological interpretation (what the equations mean, not what they predict)
The core contribution is a structured language for discussing:
symmetries as constraints on “permitted differences”,
gauge bosons as minimal carriers of transferable difference,
mass as the energetic signature of maintaining stable patterns,
and c as the upper bound on causal consistency updates.
No metaphysics disguised as physics.
No new constants.
Just a coherent interpretive layer that clarifies what conservation laws are in conceptual terms.
If you’re interested in the intersection of physics, information theory, and ontology — this is a surprisingly rigorous read.
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[ 3.4 ms ] story [ 9.1 ms ] threadThis piece does not modify SR, QFT, or the Standard Model. Instead, it introduces a clean separation of three layers:
Operational physics (unchanged)
Phenomenological constraints (thermo + information theory)
Ontological interpretation (what the equations mean, not what they predict)
The core contribution is a structured language for discussing:
symmetries as constraints on “permitted differences”,
gauge bosons as minimal carriers of transferable difference,
mass as the energetic signature of maintaining stable patterns,
and c as the upper bound on causal consistency updates.
No metaphysics disguised as physics. No new constants. Just a coherent interpretive layer that clarifies what conservation laws are in conceptual terms.
If you’re interested in the intersection of physics, information theory, and ontology — this is a surprisingly rigorous read.
E = mc² Reinterpreted — SingularityForge