Gur Aryeh
Research Institute
Complexity Networks Emergence
Adaptive Persistence
Relational Foundations
of Matter, Time, and Space
We investigate the hypothesis that matter, space, and time
emerge from a more fundamental network of relations and
dynamic transformations. Our goal is to develop mathematical models that generate the structures and physical laws of the universe from elementary relational principles.
Key Research Questions
1. Emergence
How can space, time, and
matter arise from elementary
relations and transformations?
2. Dynamics
3. Persistence
What rules govern the
transformation and evolution
of relational configurations?
Under what conditions can
stable structures emerge and
acquire the physical properties
of the universe?
Research Approach
Relational Foundations
Formulate a relational ontology
with elementary relations and
transformations.
Mathematical Dynamics
Develop dynamical models
that generate persistent
structures and physical laws.
Computational Exploration
Simulate relational models
to test the emergence of
matter, time, and space
Current Status and Collaboration
In the current phase, we are developing
a relational ontology and model prototypes
to generate stable structures.
Interested in collaborating?
We welcome researchers
interested in the fundamental
foundations of physics.