Function does not emerge from force.
It emerges from coherence.

A research-oriented exploration of how oxygen, redox states, and temporal constraints shape functional stability across physical and biological systems.

Oxygen States is an exploratory research project focused on structural questions rather than fixed conclusions.
It examines how conserved energy can lead to radically different outcomes depending on timing, coupling, and admissible pathways.
This project does not propose a new theory of everything, nor does it replace established biochemical or physical models.
It asks whether function stabilizes under persistent constraints, rather than instantaneous signals alone.

The emphasis is on conditions that allow function to persist, not on triggering events alone.

Core focus

The work explores recurring patterns across domains:

  • Oxygen and redox states as context-dependent functional potentials

  • Temporal alignment as a condition for sustained function

  • Constraints as selective filters for admissible dynamics

  • Coherence across scales (electrons → cells → systems)

Navigate the project

Index
A structural map of concepts, figures, and working hypotheses

Contact
Research discussion, collaboration, critique, or independent validation.

Epistemic note

This project is exploratory and non-commercial.
It prioritizes clarity of structure over certainty of outcome.

Questions are considered successful if they sharpen constraints, not if they immediately resolve them.

Scope

This site documents an evolving set of concepts, figures, and working hypotheses.

Content may change as constraints are refined..