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Cosmological implications of the basis-vector description

Assess whether describing internal spaces of fermion and boson fields with the proposed basis vectors leads to improved understanding of the history of the universe, potentially providing new explanatory avenues for cosmology within this framework.

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Background

The authors suggest that their basis-vector formalism may bear on cosmological questions, indicating a desire to connect microphysical structure to macroscopic cosmic evolution.

This open question invites investigation into whether the algebraic machinery can meaningfully inform early-universe dynamics, symmetry-breaking histories, and observed cosmological features.

References

There remain questions to be answered: iv.e. Does the description of the internal spaces of fermion and boson fields with the “basic vectors” help to understand the history of our universe better (“open the new door” in understanding nature)?

— Can the "basis vectors", describing the internal spaces of fermion and boson fields with the Clifford odd (for fermion) and Clifford even (for boson) objects, explain interactions among fields, with gravitons included? (2407.09482 - Borštnik, 10 May 2024) in Section 4 (Conclusions), iv.e