What question did this study set out to answer?

The paper aims to connect quantum mechanics and cosmology using a new geometric framework.

July 24, 2026Open Access

Unification of Subatomic Quantum Spin and Cosmological Dark Matter via the Septenary Geometry of the Trishul-Dhamru Matrix (TDM) Framework

Key Points

The paper aims to connect quantum mechanics and cosmology using a new geometric framework.
Introduced the Trishul-Dhamru Matrix as part of the K7 Theory framework.
Derived quantum spin as a septenary fractional metric using dimensional transitions.
Mapped gravitational effects from multi-dimensional realms into three-dimensional space.
Established a new equation that links quantum spin and planetary mechanics.
Provided a geometrical solution to the dark matter problem related to missing mass.
Demonstrated that both quantum phenomena and celestial mechanics are governed by a common septenary torque.

Abstract

This paper introduces the Trishul-Dhamru Matrix (TDM), a geometric and mathematical sub-framework of the K7 Theory (Universal Rule of Seven). The TDM establishes a structural bridge between microscopic quantum realities and macroscopic planetary mechanics. We present a novel derivation of quantum spin (s) as a septenary fractional metric generated by dimensional transitions inside a bounded geometric singularity. Furthermore, we resolve the cosmological "Dark Matter" missing mass problem by mapping the scalar gravitational leak from hidden multi-dimensional causal realms into our three-dimensional physical space. Finally, we present the Universal K7 Unification Equation, proving that subatomic intrinsic angular momentum and large-scale celestial orbital resonance (14-planet architecture) are driven by an identical septenary torque.

Ask AI

Helpful

Bookmark

View Full Paper