Quarkbase Cosmology is a vacuum-based physical framework proposing that all known physical phenomena — from neutrinos to galaxies — emerge from the dynamics of a continuous, frictionless vacuum medium. The theory provides coherent explanations for cosmology and particle physics without invoking dark matter, dark energy, fundamental gauge bosons, or ad hoc parameters.
This site presents the canonical HTML explanations of the theory, optimized for clarity, accessibility, and search visibility. Formal mathematical papers and complete technical developments are available in the public scientific repositories linked throughout.
Modern cosmology relies heavily on invisible components to explain galactic rotation, gravitational lensing, and large-scale structure. Quarkbase Cosmology proposes an alternative explanation based on vacuum pressure gradients and volumetric displacement.
Cosmology without dark matter (hub) →
A theory without dark matter (main article)
In this framework, the neutrino is the most elementary physical entity, acting as the fundamental unit of vacuum compactation. Oscillation phenomena emerge without intrinsic mass.
Neutrino physics without mass (hub) →
Neutrino oscillations without mass (main article)
The vacuum is treated as a real, elastic, frictionless medium capable of sustaining stable pressure gradients. Gravitation, electromagnetism, and quantum behavior emerge from this single substrate.
Quarkbase Cosmology provides a unified description of interactions without invoking separate fundamental forces or symmetry-breaking mechanisms. The Standard Model equations emerge as effective limits.
The ontological foundations of the theory address the nature of time, space, continuity, and physical reality, clarifying common conceptual paradoxes in modern physics.
Author: Carlos Omeñaca Prado
Formal publications:
repository.quarkbase-cosmology.com