Probing the Cosmic Broth A Theoretical Framework for Subatomic Measurements of the Primordial Quantum Substrate

The Cosmic Broth Theory (CBT) suggests that space-time is not an empty vacuum but a dynamic quantum substrate affecting fundamental interactions. To test this, we propose three experimental approaches: (1) A Quantum Time Oscilloscope (QTO) using atomic clocks to detect time fluctuations linked to broth density variations. (2) Multi-dimensional particle collisions analyzing anisotropies in energy-momentum distributions due to broth interactions. (3) Quantum interferometry to measure decoherence effects in entangled states influenced by broth density changes. Expected results include deviations from relativity, directional energy shifts, and spatially-dependent quantum coherence loss. Confirming the cosmic broth would redefine physics, bridging quantum mechanics and gravity.