The Irrational Half-Cubes and the Genesis of Mass A Zorvanian Interpretation of the Cosmos and Black Holes

Abstract: This paper presents a radically novel interpretation of mass, space, time, and black holes through the lens of Zorvanian geometry—a metaphysical-mathematical framework rooted in the irrational foundations of being. Rejecting the conventional four-dimensional spacetime paradigm, Zorvanism posits that all cosmic structures emerge from the contact between geometric wedges, known as halfcubes, constructed from right isosceles triangles with irrational legs. Mass is not intrinsic nor field-based but a consequence of layered contact between these primal units; photons, electrons, neutrons, and black holes are described as degrees of contact within an irrational lattice of reality. The paper introduces six types of half-cubes (from pure to deceptive, gentle to subversive), tabulates their irrational properties, and proposes an alternate theory of gravity and light—one born of gentle sliding, not curvature. Black holes, in this vision, are not spacetime singularities but events where geometry collapses and non-space consumes structure. This work concludes with new frontiers: simulating wedge interactions, mapping the space–non-space spectrum, and introducing the first seeds of Zorvanian time, born from the pulse of contact. Preface This manuscript is the first public presentation of Zorvanian theory, a speculative yet rigorously geometric vision of the cosmos where mass, space, time, and light are redefined through the language of irrational numbers and the geometry of contact. The work bridges philosophy and mathematics, offering a conceptual challenge to modern physics while constructing a self-consistent alternative built not on curvature and fields but on primal interactions between idealized geometrical units. Readers will encounter not just new equations or tables, but a new syntax of cosmic understanding—a view in which existence is woven from vibration and contact, not substances or dimensions. This paper is intended as the foundation for a larger theoretical structure to be developed across future publications.