Gunnar Sanner

THE SANNER MODEL — Centripetal Load and Rotational Motion in the Aether

The Sanner Model (TSM) distinguishes between a force, which performs net work, and a load, which does not. This paper extends the distinction to centripetal load — the active load that arises when the parts of a self-rotating body are constrained to follow circular paths, whether...

THE SANNER MODEL – Towards an Evolution Equation for the Aether Field

The Sanner Model (TSM) postulates a rigid, three-dimensional space filled with a massless, frictionless, density-free aether that accelerates radially inward toward mass centers. The foundation document presented the field equation as a static constraint: it determines the aether...

THE SANNER MODEL - Towards a quantum aether dynamic

The Sanner Model (TSM) has been presented as a classical, rigid-space aether framework that reproduces the classical tests of general relativity without curved spacetime or gravitational force, and with a strict null prediction for frame-dragging. This paper extends the model int...

THE SANNER MODEL - Applied to a four- body system

This paper applies The Sanner Model (TSM) to a four-body system: the Galactic Center, the Sun, the Moon, and the Earth. Each mass acts as a sink for the aether, producing a radial inward aether acceleration. The paper distinguishes sharply between aether acceleration, which deter...

THE SANNER MODEL – Clock rates at the pole and the equator

In The Sanner Model (TSM), a clock's rate is determined solely by its total speed through the aether, and a clock at rest in the aether defines a universal reference rate. This paper examines three clocks: Clock A, at rest in the aether; Clock B, on the Earth's surface at the pol...