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The study aims to investigate the physical vacuum as a compressible medium through innovative 3D printing technology.

January 22, 20260 citationsOpen Access

X Feno Assembly Platform Modified 3 D Printer

Key Points

The study aims to investigate the physical vacuum as a compressible medium through innovative 3D printing technology.
Compilation of a repository with detailed conceptual architecture and assumptions.
Documentation on mathematical structure and hierarchy of physical closures.
Utilization of experimental predictions and falsifiability criteria for validation.
The framework provides a novel approach to understanding fundamental physics.
Documentation outlines key predictions that can be tested experimentally.

Abstract

Note on repositories:The Quarkbase Cosmology repositories are hosted on Academy.edu, OSF, Internet Archive, and the project website https://repository.quarkbase-cosmology.com. This collection belongs to the Quarkbase Cosmology research program, a pressure-field approach to fundamental physics in which the physical vacuum is treated as a real, frictionless, compressible medium. The full conceptual architecture of the framework — including foundational assumptions, mathematical structure, hierarchy of physical closures, experimental predictions, and falsifiability criteria — is documented in the public OSF Project Wiki. Project Wiki (conceptual map and formal structure):https://osf.io/t8gbw/wiki

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