How God Was Born: A Quantum Mechanical-Metaphysical Unification - Keri L. Melo
Keri Melo is an unintended first-time author and independent scholar whose intellectual journey is rooted in profound loss and transformative resilience. Born Sicilian Roman Catholic, she endured poverty, trauma, and struggled throughout her youth and early education. After suffering the devastating loss of her best friend to violence, she entered a period of “being lost”, hopelessness, and near self-destruction. After getting pregnant with her first child, she redefined her life through motherhood and education, earning honors, awards, and degrees in counseling and psychology. Surprisingly, she found herself excelling in complex subjects such as mathematics and physics. Decades later in 2022, after the deaths of additional loved-ones and divorce, a home disaster left her living in her vehicle. During one freezing night of winter in utter despair, believing God had abandoned her, the core concepts — The Nothing and Gods Emergence from It — were revealed to her mind. This book, HOW GOD WAS BORN: A Quantum Mechanical-Metaphysical Unification, is not an exercise in academic writing or an economic endeavor. It is the direct result of that night's revelations which led her to begin writing. Keri Melo's unique work argues that the Creator is Dark Matter itself, operating as the universe's self-optimizing quantum computer against the ontological pressure of the Void. Genuinely believing this manuscript is a divinely inspired work strongly supported by the science she presents.
GENRE: Non-fiction
Blurb:
What if the laws of physics are not random constants, but the source code of a self-awakening mind? In How God Was Born, Keri L. Melo presents a groundbreaking "Quantum Mechanical – Metaphysical Unification" that solves the greatest paradoxes of modern science by identifying the universal hardware. By picking up the "breadcrumbs" left behind in the mathematical structure of the cosmos, Melo reveals that the Absolute Void was, and is not an end, but a computational necessity.
