Particles

What physics often describes as “Particles” does not only referre to what we typically see as something with effective mass. Particles are energy packages and intermediate partitions of these. Particles can carry different modes of oszillations and resonances differently in all 3 spatial directions. Particles with 1 axis are Photons. With just a little more wobbling in second direction we come to the Neutrinos. Particles with 3 resonance axes are Leptons (e.g. electron) and the different frequency mixtures.

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.

Background Fluctuations

Introduction

We are used to thinking of the vacuum as “empty”. In modern physics, however, even the vacuum is not truly nothing (of course). It seethes with invisible oscillations — the so-called “zero-point” or “vacuum fluctuations.” This note collects how standard physics frames this, and how the author (me) frames it in the LEDO-field model of energy and matter.

Bone Structure and Cosmic Filament Network

1. The Delicate Bone Structure (Spongiosa)

Inside large bones lies the spongiosa, a sponge-like, delicate structure made of bony trabeculae.
This architecture provides several evolutionarily optimized advantages: