Loi de tension universelle Wilhelm SAILLY

This manuscript proposes a phenomenological framework where spacetime is modeled as an elastic prismatic fabric supporting vibrational modes. Two core ingre- dients drive the approach: (i) a universal tension law associated with a characteristic wavelength, F(λ) = hc/λ2, and (ii) a fabric–time conservation principle linking gravitational “tension potential” to the local flow of time. The framework aims to: (a) make an effective minimal length emerge from saturation (near the Planck regime), (b) interpret dark energy as a residual vacuum tension associated with a sub-millimetre equilibrium scale, and (c) model black holes as saturated objects with an ultra-dense solid core surrounded by a dynamical shell where wave-stretching and partial re-diffusion occur, potentially generating a dark-matter component as long-wavelength fabric modes