MI PROTEO

Hydrodynamic Confinement and Boundary-Layer Refraction in Abell 1656: Resolving the Coma Cluster Dark Matter Anomaly via 4D Continuum Thermodynamics and Minimum Dissipation

Since Fritz Zwicky's seminal 1933 virial analysis of the Coma Cluster (Abell 1656), the extreme velocity dispersion of peripheral galaxies (~1,000 km/s) and strong gravitational lensing angles have been interpreted as evidence for a massive, collisionless Dark Matter halo compris...

THE THERMODYNAMIC CONTINUUM AND SCALE SATURATION: A UNIFIED HEURISTIC FRAMEWORK BEYOND SINGULARITIES, INFLATION, AND DARK MATTER

Modern standard cosmology (Lambda-CDM) relies on a sequence of unverified ad hoc entities—the initial mathematical singularity (t = 0), the scalar inflaton field, and non-baryonic Cold Dark Matter (CDM)—to reconcile General Relativity with large-scale astrophysical observations....

PAPER XXVI — The "Officially Forgotten" Doubts: The Rift Between Einstein, Hawking, and the Dogma of the Singularity (Hydrodynamic Foundations of the Continuous Medium, the K.E.N.D.R.A. Layer, and the Causal Resolution of Ultra-Compact Collapses - Fluidons)

Contemporary relativistic astrophysics bases its treatment of compact objects on the ontological existence of zero-volume spacetime singularities and absolute event horizons. However, this paradigm omits a fundamental epistemological original fracture: in 1939, Albert Einstein fo...

The Torsional Illusion: Resolving the CDM Paradox through Vacuum Topology and Kerr Boundary Dynamics

The Cold Dark Matter (ΛCDM) paradigm relies on the ad hoc insertion of invisible, non-baryonic mass to justify the kinematic anomalies of spiral galaxies, particularly flat rotation curves. However, this phenomenological solution ignores the geometric and topological properties o...