Multispace Foundationals of Reality: Rewriting fundamental sciences

In "Multispace Foundations of Reality: Rewriting Fundamental Sciences," author Alexandrescu embarks on a groundbreaking journey to redefine our understanding of the universe by building upon the overlooked insights of three visionary scientists: Hermann Minkowski, Rafael Bombelli, and Samuel Warren Carey. Dedicated to these pioneers whose revolutionary ideas were ahead of their time, this book challenges conventional paradigms in mathematics, physics, cosmology, and geology, proposing a multispace structure of reality that integrates infinite spaces, imaginary numbers, and an expanding Earth model.

At its core, the work revives Minkowski's profound assertion that reality comprises an infinite array of spaces, far beyond the singular spacetime popularized by Einstein. It explores how Bombelli's "wild thought" of imaginary numbers, while mathematically sound, reveals paradoxes in quantum mechanics and string theory, suggesting that elementary particles exist in "quantum" or imaginary spaces orthogonal to our own. Penrose's observations on the gap between quantum and classical worlds are woven in, alongside Carey's dismissed Expanding Earth hypothesis, which the author vindicates by linking it to cosmological processes in a multiverse framework.

Delving into key concepts, the book examines the physical nature of imaginaries, orthogonal and quasi-orthogonal spaces, wave-particle duality, and Maxwell's equations through a multispace lens. It introduces the Theory of Decaying Universes, portraying reality as a nested omnispace where our universe is but one link in a chain, with implications for invisible universes, cosmholes, and the DNA of stars. Cosmic-scale validations draw on data from missions like Gaia, analyzing anomalies in the Milky Way, polar ring galaxies, and nebulae such as Orion and Carina to support the idea of inter-universal leakage.

Shifting to planetary scales, the narrative rewrites Earth's geological history, from continental drift to expansion phases, backed by evidence from solar system facts, earthquakes, and real-world examples of surface cracks and erosions in regions like New York, Montreal, Berlin, Melbourne, and Japan. Illustrated with figures from historical diagrams to modern telescope images, this comprehensive volume not only critiques mainstream science but proposes a unified theory that could transform our grasp of existence.

Ideal for scientists, philosophers, and curious minds, "Multispace Foundations of Reality" invites readers to question the singular universe narrative and embrace a more complex, interconnected cosmos-one where expansion, decay, and multispace dynamics hold the keys to unlocking profound mysteries.