BU003: Exploring the Pre-Big Bang Cosmos through Mathematical and Multidimensional Perspectives: Bharat of the Universe:

03 Dec 2023

The preface of the paper titled 'Bharat of the Universe' delves into the enigmatic origins of the universe, navigating through the perplexing realms of cosmology and quantum physics. The prevailing Big Bang model proposes the universe's genesis from a singular point, expanding boundlessly with an infinite density of energy, thus challenging the established steady state theory and accounting for its present vast expanse. At the infinitesimally small scale of the Planck units, dictated by immutable constants, the fabric of reality exhibits a granularity referred to as pixelation. This term encapsulates the inherent fuzziness or indistinctness that emerges, signalling the limits of current theoretical frameworks, especially in the context of quantum gravity effects.

Central to these discussions is the notion of the Planck time, the temporal span required for light to traverse a Planck length—a pivotal marker denoting the inception of the universe. Beyond this temporal threshold lies an elusive domain where existing physical paradigms falter, incapable of delineating events occurring in durations shorter than this fundamental unit. Before the cataclysmic Big Bang event, nestled within a timeframe categorized as a Planck time, the four fundamental forces—gravity, electromagnetism, and the strong and weak nuclear forces—converged into a singular force. From the primordial singularity erupted an unprecedented inflation, birthing matter, energy, space, and time themselves.

However, the profound enigma shrouding the space-time continuum prior to this cosmic genesis persists—an intellectual void bereft of empirical understanding. It is within this chasm of comprehension that this study embarks, steering its inquiry through mathematical, geometrical, and multidimensional avenues, grounded in the tenets of existing physical theories and structures. The aspiration is to fathom the contextual landscape of the position field preceding the epochal Big Bang event, leveraging mathematical conjectures to grapple with the hypothetical state of non-existence, envisaging an infinite array of equilibrium points.

This investigation is a pursuit of elusive truths—seeking not only to elucidate the pre-Big Bang landscape but also to offer a mathematical hypothesis that embodies the essence of a realm devoid of conventional existence, characterized by an intricate lattice of infinite equilibrium points. Through this interdisciplinary voyage, the aim is to push the boundaries of human comprehension, inching closer toward unravelling the mysteries enshrouding the origins of our universe.