Postulates

Gravity as temporary decoupling

The simple math behind the RQM model

What does the Olavian Atom Model tell about molecular bindings

How the standard concept of spin (1/2, 1, 2) emerges in the RQM from Roton (self-stable) and Resonon (context-dependent) states.

Inertia as Resistance to State Change

In standard physics, inertia is commonly introduced as the resistance of a body to acceleration in space. Operationally, it is the property that relates an applied force to the resulting acceleration ($F=I*a$). While this definition is sufficient for many applications, it already represents a projection of a more general concept.

How the Roton Quantum Model reframes particles, forces, space, time, and causality — and why this changes how we think about the universe.