Ipotesi Beta - Dinamica relativistica come effetto si un vincolo geometrico

The Beta Hypothesis proposes a geometric model in which mass and inertia emerge from a constrained helical motion on a fibered space , where is the observable spacetime and is a compact internal dimension with circular topology. Particles follow trajectories that combine translational motion with rotation and subject to fixed-speed propagation rule that links the two components. This framework reproduces the effects of special relativity (speed limit, time dilation, length contraction) without invoking Lorentz transformations or a Minkowski metric. Instead, relativistic dynamics arise from the local projection of a wave propagating at constant speed in the extended space. Mass is interpreted as an emergent property linked to internal rotational energy, and the relativistic increase in mass is derived from the geometric deformation of the wave’s trajectory. The Beta Hypothesis thus offers an alternative interpretation of relativistic kinematics grounded in a deeper geometric structure.