What If Reality Is Fundamentally About Coherence Rather Than Substance? — Introducing CQT
I’ve been thinking for a long time about whether “coherence” is merely a poetic metaphor people project onto reality — or whether it may actually point toward a deeper dynamical principle shared across physics, biology, cognition, and complex systems.
Most discussions about coherence stay either very abstract (“everything is connected”) or very narrow (quantum coherence in a technical laboratory sense). What interests me is something in between:
What if coherence is fundamentally about the persistence of structured states under noise, dissipation, and instability?
That question eventually led me to build a small research framework I call:
Coherent Quantum Field Theory (CQT)
Not as a “theory of everything,” but as an attempt to explore how:
memory, feedback, nonlinear coupling, dissipation,
and attractor dynamics can generate stable or multistable structures in open systems.
The project started from relatively standard open-system physics:
Lindblad dynamics, driven mean-field equations, nonlinear coupling terms, dissipative environments.
But once memory-feedback terms were introduced, something interesting happened:
the systems stopped behaving like simple passive equations and began exhibiting:
hysteresis, multistability, metastable regimes, basin dependent outcomes, and persistent attractor structures.
In other words:
the system’s history started mattering.
That is the conceptual bridge to coherence for me.
A coherent structure is not just a pattern that exists for a moment. It is a pattern that can survive perturbation long enough to develop identity through time.
That applies to:
atoms, ecosystems, nervous systems, civilizations,
and possibly consciousness itself.
One of the reasons I find this perspective compelling is that it shifts the focus away from static ontology (“what is reality made of?”) toward dynamical viability:
Why do some structures persist while others collapse immediately?
Why do some systems recover while others fragment?
Why do some configurations become stable attractors in phase space while others disappear into noise?
I’m not claiming CQT proves consciousness fields, cosmic minds, or mystical physics.
Most of the actual work is much less glamorous:
parameter scans, nonlinear dynamics, stability analysis, reproducible simulations, bifurcation-like behavior, verification pipelines, etc.
But I do think there may be a deeper insight hiding underneath:
Perhaps existence itself is less about “substance” and more about the ability of structures to maintain coherence across time.
Or said differently:
Maybe reality is not fundamentally composed of isolated things. Maybe reality is composed of dynamically stabilized relationships.
I’d genuinely be interested in hearing criticism from people here, especially because this subreddit seems one of the few places where coherence is discussed as something potentially broader than either:
vague spirituality, or purely technical quantum terminology.
Repository (including simulations, equations, documentation, and verification framework):
Coherent Quantum Field Theory (GitHub Repository)
I’m especially interested in feedback on:
whether coherence should be treated as emergent or fundamental, whether persistence itself can be formalized as a physical principle, and whether attractor stability/memory dynamics could provide a useful bridge between physics and higher-order self-organizing systems.
Curious to hear your thoughts.