Building Molecules

Basics

Continuing the thoughts on the oscillations of exogenous driven Roton-Loops (2p orbital electrons) we see, that strong atomic bonds can be realized, by a shared rotation of two p-shell electrons. The p-shell electrons build a separate Roton-Structure which rotates at the combined resonance radii of two differt main shells.

Time: Did you ever wonder what time really is?

Locality of time

Is space or time relative?

Explaining it in terms of Einsteins wording we’ll probably phrase it like this: Einsteins Relativity-Theorie got the relative part wrong. Not space is relative, time is. In principle the Roton-Model says: Space is uniform and not curved but time is a localized observable phenomenon. This means, that time is a locally relative observation. So there is no uniform time over the whole universe.

Space: Now is Time or Space relative or both? How are they interconnected?

Measuring Radial Distance in Strong Gravitational Fields

Relativity theory says: In general relativity, distance isn’t flat—especially near massive objects. Radial distance becomes a geometric concept derived from the curvature of spacetime, not just a ruler-straight path.

Bidirectional Temporal Consistency in RQT and RQM

Concept Note

Opening questions

Is the past predetermined by the present?

Not in the sense that the present causes the past. Yet if the present world is the result of a long-running dynamical process, then the present cannot be compatible with an arbitrary past. A current state can only exist if at least one dynamically valid history can lead to it.

RQT Mathematical Model: Minimal Resonance Dynamics and Emergent Recurrence

This Relational Resonance Base Model is the description for a specific simulation model labeled Resonance Relation Simulation “V5”.

1. Purpose

V5 investigates how much persistent structure can emerge from an extremely small resonance ontology before introducing explicit mechanisms for lock-in, closure, winding, splitting, merging, higher spans, or geometric structure.

Filaments

A Discussion from the Perspective of Resonance Quantum Theory (RQT)

The large-scale structure of the universe is anything but random. Galaxies gather into clusters, clusters are connected by long filaments, and between them lie enormous voids. Standard cosmology explains this cosmic web primarily through gravity acting over billions of years. Resonance Quantum Theory (RQT) looks at the same observations from a different perspective.